Analog & Interface Product Selector Guide · Analog & Interface Product Selector Guide 3...

Analog & Interface Product Selector GuideThermal Management • Motor Driver • Interface Peripherals Power Management • Linear & Mixed Signal • Safety & Security

Analog & Interface Products

www.microchip.com/analog

2 Analog & Interface Product Selector Guide

Table of Contents

Thermal ManagementTemperature Sensors . . . . . . . . . . . . . . . . . . . . . 4

Logic Output Temperature Sensors . . . . . . . . . 4Voltage Output Temperature Sensors . . . . . . . . 4Serial Output Temperature Sensors . . . . . . . . . 4Serial Output Temperature Sensors with Remote Diode Monitors . . . . . . . . . . . . . . . . . 5

Open Loop Fan Controllers and Fan Fault Detectors . . . . . . . . . . . . . . . . . . . 6Closed Loop Fan Controllers with SMBus/I2C™ Interface . . . . . . . . . . . . . . . . . 6

Motor DriversStepper Motors, DC Motors and 3-Phase BLDC Motors . . . . . . . . . . . . . . . . . . . . . . .7

Power ManagementVoltage References . . . . . . . . . . . . . . . . . . . . . . 7Linear Regulators

50–250 mA LDO Linear Regulators . . . . . . . . . 8300 mA LDO Linear Regulators . . . . . . . . . . . . 9500–800 mA LDO Linear Regulators . . . . . . . . 91A and > LDO Linear Regulators . . . . . . . . . . 10Application Specific LDO Linear Regulators . . 10

LDO Regulator Combination Products . . . . . . . . . 10Switching Regulators . . . . . . . . . . . . . . . . . . . . 10Switching Regulators Combination Products . . . . 11PWM Controllers . . . . . . . . . . . . . . . . . . . . . . . 11Charge Pump DC-to-DC Converters . . . . . . . . . . 12

Inverting or Doubling Charge Pumps . . . . . . . 12Inverting and Doubling Charge Pumps . . . . . . 12Regulated Charge Pumps . . . . . . . . . . . . . . . 12

CPU/System Supervisors . . . . . . . . . . . . . . . . . 12Voltage Detectors . . . . . . . . . . . . . . . . . . . . . . . 13Power MOSFET Drivers . . . . . . . . . . . . . . . . . . . 13

Low-Side Drivers, 0 .5A to 1 .2A Peak Output Current . . . . . . . . . . . . . . . . . . . . . . . 13Low-Side Drivers, 1 .5A Peak Output Current . . 14Low-Side Drivers, 2 .0A to 12 .0A Peak Output Current . . . . . . . . . . . . . . . . . . . . . . . 14High-Side/Low-Side Drivers . . . . . . . . . . . . . . 15Synchronous Buck High-Side Drivers . . . . . . . 15

Power MOSFETs . . . . . . . . . . . . . . . . . . . . . . . . 15Battery Chargers . . . . . . . . . . . . . . . . . . . . . . . 15Hot Swap Controllers . . . . . . . . . . . . . . . . . . . . 16

LinearOp Amps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16Zero-Drift Operational Amplifiers . . . . . . . . . . . . 20Programmable Gain Amplifiers (PGA) . . . . . . . . . 20Selectable Gain Amplifiers (SGA) . . . . . . . . . . . . 20Instrumentation Amplifiers . . . . . . . . . . . . . . . . 20Comparators . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Mixed SignalSuccessive Approximation Register (SAR) A/D Converters . . . . . . . . . . . . . . . . . . . . . . . . 21Delta-Sigma A/D Converters . . . . . . . . . . . . . . . 22Energy Measurement ICs . . . . . . . . . . . . . . . . . 22Current/DC Power Measurement ICs . . . . . . . . . 22Dual-Slope A/D Converters . . . . . . . . . . . . . . . . 23Binary and BCD A/D Converters . . . . . . . . . . . . 23Display A/D Converters . . . . . . . . . . . . . . . . . . 23Digital Potentiometers . . . . . . . . . . . . . . . . . . . 24Frequency-to-Voltage/Voltage-to-Frequency Converters . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25D/A Converters . . . . . . . . . . . . . . . . . . . . . . . . 26

InterfaceController Area Network (CAN) Products . . . . . . . 26Infrared Products . . . . . . . . . . . . . . . . . . . . . . . 27Ethernet Products . . . . . . . . . . . . . . . . . . . . . . 27Passive Access Products . . . . . . . . . . . . . . . . . 27LIN Transceiver Products . . . . . . . . . . . . . . . . . . 27Serial Peripherals . . . . . . . . . . . . . . . . . . . . . . . 28IEEE 802 .11™ Modules . . . . . . . . . . . . . . . . . . 28Bluetooth Modules . . . . . . . . . . . . . . . . . . . . . . 28IEEE 802 .15 .4 ZigBee® RF Transceiver Products . 29Sub-GHz Tranceivers . . . . . . . . . . . . . . . . . . . . . 29Sub-GHz Transmitters . . . . . . . . . . . . . . . . . . . . 29USB Products . . . . . . . . . . . . . . . . . . . . . . . . . . 29USB Port Power Controllers with Change Emulation . . . . . . . . . . . . . . . . . . . 29

Safety & SecurityPhotoelectric Smoke Detector ICs . . . . . . . . . . . 30Ionization Smoke Detector ICs . . . . . . . . . . . . . . 30Ionization Smoke Detector Front Ends . . . . . . . . 30Piezoelectric Horn Drivers . . . . . . . . . . . . . . . . . 31

Part Number DesignationsAnalog Products with “TC”, “MCP”, “RE46C”, “UCS”, “PAC” and “EMC” Prefixes . . . . . . . . . . . 32

Analog Design and Development ToolsThermal Management . . . . . . . . . . . . . . . . . . . . 37Mixed Signal . . . . . . . . . . . . . . . . . . . . . . . . . . 37Power Management . . . . . . . . . . . . . . . . . . . . . 39Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40Linear . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41Analog Blank Evaluation Boards . . . . . . . . . . . . 41Miscellaneous Analog Demonstration and Evaluation Tools . . . . . . . . . . . . . . . . . . . . . 41

Featured Analog Development ToolsThermal Management . . . . . . . . . . . . . . . . . . . . 42Mixed Signal . . . . . . . . . . . . . . . . . . . . . . . . . . 42Power Management . . . . . . . . . . . . . . . . . . . . . 42Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43Linear . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

3Analog & Interface Product Selector Guide

Microchip’s integrated analog technology, peripherals and features are engineered to meet today’s demanding design requirements . Our broad spectrum of analog products addresses thermal management, power management, battery management, mixed-signal, linear, interface and safety & security solutions . Combined with “Intelligent Analog” microcontrollers, Microchip offers an extensive analog portfolio for thousands of high-performance design applications in the automotive, communications (wireless), consumer, computing and industrial control markets .

Our broad portfolio of stand-alone analog and interface devices offers highly integrated solutions that combine various analog functions in space-saving packages and support a variety of bus interfaces . Many of these devices support functionality that enhances the analog features currently available on PIC®microcontrollers .

Want a Business Partner, Not Just a Vendor?Successful companies recognize the value of a strategic supplier relationship to help them deliver innovative products to their markets in a timely manner . They trust their suppliers to furnish quality components for current design opportunities as well as provide technology road maps and innovative solutions to stay ahead of tomorrow’s design trends .

Microchip Technology provides low-risk product development, lower total system cost and faster time to market to more than 45,000 of these successful companies worldwide . Headquartered in Chandler, Arizona, Microchip offers outstanding technical support along with dependable delivery and quality .

Founded in 1989, Microchip’s business model is based on a series of guiding values that aim to establish successful customer partnerships by exceeding expectations for products, services and attitude . Continuous improvement, technology innovation and the pursuit of the highest quality possible drive Microchip’s company culture .

The result is a worldwide organization dedicated to delivering whole product solutions which include high performance silicon devices, easy-to-use development tools, outstanding technical support and sophisticated technical documentation .

Are Quality and Delivery a Concern?Microchip’s quality systems are certified according to the International Organization for Standards/Technical Specification (ISO/TS)-16949:2002 requirements . This demonstrates that the Company’s quality systems meet the most stringent industry quality-management system standards, resulting in high-quality semiconductor products .

Are You Looking for Complete Analog & Interface Design Solutions?

Microchip Technology’s Stand-Alone Analog & Interface Portfolio

PowerManagement

LDO & SwitchingRegulators

Charge PumpDC/DC Converters

Power MOSFETDrivers

PWM Controllers

System Supervisors

Voltage Detectors

Voltage References

Li-Ion/Li-PolymerBattery Chargers

Mixed-Signal

A/D ConverterFamilies

Digital Potentiometers

D/A Converters

V/F and F/VConverters

EnergyMeasurementICs

Current/DCPower ICs

Interface

CAN Peripherals

InfraredPeripherals

LIN Transceivers

Serial Peripherals

Ethernet Controllers

USB Peripheral

USB Port PowerControllers

Linear

Op Amps

InstrumentationAmps

ProgrammableGain Amplifiers

Comparators

Safety & Security

PhotoelectricSmoke Detectors

Ionization SmokeDetectors

Ionization SmokeDetector Front Ends

PiezoelectricHorn Drivers

Thermal Management

TemperatureSensors

Fan SpeedControllers/Fan FaultDetectors

Motor Drive

Stepper and DC

3Ф BrushlessDC Motor Driver

Direct control over manufacturing resources allows shortened design and production cycles . By owning the wafer fabrication facilities and the majority of the test and assembly operations, and by employing proprietary statistical process control techniques, Microchip has been able to achieve and maintain high production yields .

Need Additional Support and Resources?Microchip is committed to supporting its customers byhelping design engineers develop products faster and more efficiently . Customers can access three main service areas at www .microchip .com . The Support area provides a fast way to get questions answered . The Sample area offers evaluation samples of any Microchip device . microchipDIRECT provides 24-hour pricing, ordering, inventory and credit for convenient purchasing of all Microchip devices and development tools . This site also features online programming capabilities . Finally, the Training area offers opportunities to expand your knowledge with Microchip’s online web seminars and hands-on courses at our worldwide Technical Training Centers . Our seminars and training classes are designed to fit your schedule and offer an overview of many product, development tool and application topics . Visit www .microchip .com/training for class content and schedules .

Have you ever encountered a technical dilemma at a critical point in your design development and your supplier was not available to answer your questions? Microchip’s first ever 24/7 global technical support line brings technical support resources any time help is needed . Because some technical problems require hands-on assistance in order to be resolved quickly, Microchip has also developed a global team of field applications engineers and field sales engineers for local assistance .


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in 2

× 3

TD

FN

MC

P98

24

4±1

±3

−4

0 t

o +

12

5+1.7

to

+3.6

500

Ser

ial o

utpu

t te

mpe

ratu

re s

enso

r w

ith in

tegr

ated

EEP

RO

M8-p

in 2

× 3

TD

FN

not

e 1

: Th

ese

devi

ces

use

an e

xter

nal t

empe

ratu

re s

enso

r. Ac

cura

cy o

f th

e to

tal s

olut

ion

is a

fun

ctio

n of

the

acc

urac

y of

the

ext

erna

l sen

sor.

2:

Max

imum

acc

urac

y m

easu

red

at 8

5°C

.


ser

ial o

utpu

t Te

mpe

ratu

re s

enso

rs (

con

tinue

d)

Par

t #

Typi

cal

acc

urac

y (°

c)

max

imum

a

ccur

acy

@ 2

5°

c (

°c)

max

imum

Te

mpe

ratu

re

ran

ge (

°c)

Vcc

ran

ge

(V)

max

imum

sup

ply

cur

rent

(µa

)Fe

atur

esPac

kage

s

TC77

±0

.5±

1−

55

to

+1

25

+2.7

to

+5.5

400

SPI

com

patib

le in

terf

ace,

0.0

625°C

tem

pera

ture

res

olut

ion

5-p

in S

OT-

23A,

8-p

in S

OIC

TC72

±0

.5±

1−

55

to

+1

25

+2.6

5 t

o +5.5

400

SPI

com

patib

le in

terf

ace,

Pow

er-s

avin

g on

e-sh

ot t

empe

ratu

re m

easu

rem

ent,

0.2

5°C

te

mpe

ratu

re r

esol

utio

n8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

TC74

±0

.5±

2−

40

to

+1

25

+2.7

to

+5.5

350

SM

bus/

I2C

com

patib

le in

terf

ace,

1°C

tem

pera

ture

res

olut

ion

5-p

in S

OT-

23A,

5-p

in T

O-2

20

TCN

75

A±

0.5

±2

−4

0 t

o +

12

5+2.7

to

+5.5

500

SM

bus/

I2C

com

patib

le in

terf

ace,

pow

er-s

avin

g on

e-sh

ot t

empe

ratu

re m

easu

rem

ent,

m

ulti-

drop

cap

abili

ty, 0.0

625°C

to

0.5

°C a

djus

tabl

e te

mpe

ratu

re r

esol

utio

n8-p

in M

SO

P, 8

-pin

SO

IC

TCN

75

±0

.5±

2−

55

to

+1

25

+2.7

to

+5.5

1,0

00

(3)

SM

bus/

I2C

com

patib

le in

terf

ace,

mul

ti-dr

op c

apab

ility

, in

terr

upt

outp

ut,

0.5

°C

tem

pera

ture

res

olut

ion

8-p

in M

SO

P, 8

-pin

SO

IC

EMC

10

01

±0

.5±

1.5

−2

5 t

o +

12

53.0

–3.6

50

1.5

°C S

MB

ux/I

2C

Am

bien

t w

ith 2

Ale

rts

6-p

in S

OT

ser

ial o

utpu

t Te

mpe

ratu

re s

enso

rs w

ith r

emot

e d

iode

mon

itors

Par

t #

# o

f r

emot

e Te

mp.

sen

sors

Typi

cal

acc

urac

y (°

c)

max

imum

a

ccur

acy

@ 2

5°

c (

°c)

max

imum

Te

mpe

ratu

re

ran

ge (

°c)

am

bien

t Te

mp.

sen

sor

ale

rt/

Ther

mh

ardw

are

shu

tdow

nVc

c r

ange

(V

)

Typi

cal

sup

ply

cur

rent

(µa

)d

escr

iptio

n an

d a

dditi

onal

Fea

ture

sPac

kage

s

EMC

10

33

2±

1.0

±3

−4

0 t

o +

125

12

–3.0

–3.6

50

Trip

le S

MB

us/I

2C

™ S

enso

r w

ith R

esis

tanc

e Er

ror

Cor

rect

ion

8-p

in M

SO

P

EMC

10

43

2±

0.5

±1

.0−

40

to

+1

25

1–

–3.0

–3.6

105

Trip

le S

MB

us/I

2C

Sen

sor

with

Res

isita

nce

Erro

r C

orre

ctio

n, B

eta

Com

pens

atio

n an

d H

otte

r of

Tw

o Zo

nes

8-p

in M

SO

P

EMC

10

46

5±

0.2

5±

1.0

−4

0 t

o +

125

1–

–3.0

–3.6

395

Sex

tupl

e S

MB

us/I

2C

Sen

sor

with

Res

isita

nce

Erro

r C

orre

ctio

n,

Bet

a C

ompe

nsat

ion

and

Hot

test

of

Ther

mal

Zon

es10-p

in M

SO

P

EMC

10

47

6±

0.2

5±

1.0

−4

0 t

o +

125

1–

–3.0

–3.6

395

Sep

tupl

e S

MB

us/I

2C

Sen

sor

with

Res

isita

nce

Erro

r C

orre

ctio

n,

Bet

a C

ompe

nsat

ion

and

Hot

test

of

Ther

mal

Zon

es10-p

in M

SO

P

EMC

10

53

2±

0.5

±1

.0−

40

to

+1

25

1–

–3.0

–3.6

105

Trip

le S

MB

us/I

2C

Sen

sor

with

Res

ista

nce

Erro

r C

orre

ctio

n an

d H

otte

r of

Tw

o Zo

nes

8-p

in M

SO

P

EMC

10

63

2±

0.5

±1

.0−

40

to

+1

25

1–

3.0

–3.6

105

Trip

le S

MB

us/I

2C

Sen

sor

with

Hot

ter

of T

wo

Zone

s8-p

in M

SO

P

EMC

10

72

1±

0.2

5±

1.0

−4

0 t

o +

125

12

–3.0

–3.6

430

Dua

l SM

Bus

/I2C

Sen

sor

with

Sel

ecta

ble

Addr

ess

8-p

in M

SO

P

EMC

10

73

2±

0.2

5±

1.0

−4

0 t

o +

125

12

–3.0

–3.6

430

Trip

le S

MB

us/I

2C

Sen

sor

with

Sel

ecta

ble

Addr

ess

10-p

in M

SO

P

EMC

10

74

3±

0.2

5±

1.0

−4

0 t

o +

125

12

–3.0

–3.6

430

Qua

d S

MB

us/I

2C

Sen

sor

with

Sel

ecta

ble

Addr

ess

10-p

in M

SO

P

EMC

14

12

1±

0.2

5±

1.0

−4

0 t

o +

125

12

–3.0

–3.6

430

Dua

l SM

Bus

/I2C

Sen

sor

with

Res

isita

nce

Erro

r C

orre

ctio

n, B

eta

Com

pens

atio

n an

d S

elec

tabl

e Ad

dres

s8-p

in T

DFN

, 8-p

in M

SO

P

EMC

14

13

2±

0.2

5±

1.0

−4

0 t

o +

125

12

–3.0

–3.6

430

Trip

le S

MB

us/I

2C

Sen

sor

with

Res

isita

nce

Erro

r C

orre

ctio

n, B

eta

Com

pens

atio

n an

d S

elec

tabl

e Ad

dres

s10-p

in D

FN,

10-p

in M

SO

P

EMC

14

14

3±

0.2

5±

1.0

−4

0 t

o +

125

12

–3.0

–3.6

430

Qua

d S

MB

us/I

2C

Sen

sor

with

Res

isita

nce

Erro

r C

orre

ctio

n, B

eta

Com

pens

atio

n an

d S

elec

tabl

e Ad

dres

s10-p

in M

SO

P,

10-p

in D

FN

EMC

14

22

1±

0.2

5±

1.0

−4

0 t

o +

125

11

13.0

–3.6

430

Dua

l SM

Bus

/I2C

Sen

sor

with

Res

isita

nce

Erro

r C

orre

ctio

n, B

eta

Com

pens

atio

n an

d R

esis

tor

Set

tabl

e H

ardw

are

Ther

mal

Shu

tdow

n8-p

in M

SO

P

EMC

14

23

2±

0.2

5±

1.0

−4

0 t

o +

125

11

13.0

–3.6

430

Trip

le S

MB

us/I

2C

Sen

sor

with

Res

isita

nce

Erro

r C

orre

ctio

n, B

eta

Com

pens

atio

n an

d R

esis

tor

Set

tabl

e H

ardw

are

Ther

mal

Shu

tdow

n10-p

in M

SO

P

EMC

14

24

3±

0.2

5±

1.0

−4

0 t

o +

125

11

13.0

–3.6

430

Qua

d S

MB

us/I

2C

Sen

sor

with

Res

isita

nce

Erro

r C

orre

ctio

n, B

eta

Com

pens

atio

n an

d R

esis

tor

Set

tabl

e H

ardw

are

Ther

mal

Shu

tdow

n10-p

in M

SO

P

EMC

14

28

7±

0.2

5±

1.0

−4

0 t

o +

125

11

13.0

–3.6

450

Oct

al S

MB

us/I

2C

Sen

sor

Res

isita

nce

Erro

r C

orre

ctio

n, B

eta

Com

pens

atio

n an

d R

esis

tor

Set

tabl

e H

ardw

are

Ther

mal

Shu

tdow

n &

Hot

test

of

Ther

mal

Zon

es16-p

in Q

FN

not

e 1

: Th

ese

devi

ces

use

an e

xter

nal t

empe

ratu

re s

enso

r. Ac

cura

cy o

f th

e to

tal s

olut

ion

is a

fun

ctio

n of

the

acc

urac

y of

the

ext

erna

l sen

sor.

2:

Max

imum

acc

urac

y m

easu

red

at 8

5°C

. 3

: TC

N75 id

le c

urre

nt is

250 m

A. T

his

devi

ce a

lso

has

a S

oftw

are

Shu

tdow

n m

ode

that

red

uces

sup

ply

curr

ent

to <

1 m

A.


Ther

ma

l m

an

ag

emen

T P

ro

du

cTs

: o

pen

loop

Fan

con

trol

lers

and

Fan

Fau

lt d

etec

tors

Par

t #

des

crip

tion

# o

f Te

mp.

m

onito

rs

Typi

cal

acc

urac

y (°

c)

max

imum

a

ccur

acy

@ 2

5°

c (

°c)

max

imum

Te

mpe

ratu

re

ran

ge (

°c)

Vcc

ran

ge

(V)

max

imum

sup

ply

cur

rent

(µa

)Fe

atur

esPac

kage

s

EMC

21

01

Sin

gle

SM

Bus

I2C

™

Fan

Man

ager

2±

0.5

±1

−40 t

o +125

+3.0

to

+3.6

1,0

00

Fan

Con

trol

ler

with

hig

h fr

eque

ncy

PWM

driv

er,

prog

ram

mab

le f

an

spee

d ta

ble

and

aler

t8-p

in M

SO

P, 8

-pin

SO

IC

EMC

23

00

Trip

le S

MB

us I2

C

Fan

Man

ager

3±

0.2

5±

3−0 t

o +70

+3.0

to

+3.6

3,0

00

Fan

Con

trol

ler

with

hig

h fr

eque

ncy

PWM

driv

er,

prog

ram

mab

le f

an

spee

d ta

ble,

vol

tage

mon

itors

, al

ert

16-p

in S

SO

P

EMC

6D

10

3S

Trip

le S

MB

us I2

C

Fan

Man

ager

3±

0.2

5±

3−0 t

o +70

+3.0

to

+3.6

3,0

00

Fan

Con

trol

ler

with

hig

h fr

eque

ncy

PWM

driv

er,

prog

ram

mab

le f

an

spee

d ta

ble,

vol

tage

mon

itors

, al

ert

24-p

in S

SO

P1

TC64

2Fa

n M

anag

er1

Not

e 1

Not

e 1

−40 t

o +85

+3.0

to

+5.5

1,0

00

FanS

ense

™ F

an M

onito

r, M

inim

um f

an s

peed

con

trol

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC64

2B

Fan

Man

ager

1N

ote

1N

ote

1−40 t

o +85

+3.0

to

+5.5

400

FanS

ense

Fan

Mon

itor,

Min

imum

fan

spe

ed c

ontr

ol,

Fan

auto

-rest

art

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC64

6Fa

n M

anag

er1

Not

e 1

Not

e 1

−40 t

o +85

+3.0

to

+5.5

1,0

00

FanS

ense

Fan

Mon

itor,

Aut

o-sh

utdo

wn

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC64

6B

Fan

Man

ager

1N

ote

1N

ote

1−40 t

o +85

+3.0

to

+5.5

400

FanS

ense

Fan

Mon

itor,

Aut

o-sh

utdo

wn,

Fan

aut

o-re

star

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC64

7Fa

n M

anag

er1

Not

e 1

Not

e 1

−40 t

o +85

+3.0

to

+5.5

1,0

00

FanS

ense

Fan

Mon

itor,

Min

imum

fan

spe

ed c

ontr

ol8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC64

7B

Fan

Man

ager

1N

ote

1N

ote

1−40 t

o +85

+3.0

to

+5.5

400

FanS

ense

Fan

Mon

itor,

Min

imum

fan

spe

ed c

ontr

ol,

Fan

auto

-rest

art

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC64

8Fa

n M

anag

er1

Not

e 1

Not

e 1

−40 t

o +85

+3.0

to

+5.5

1,0

00

Ove

rtem

pera

ture

ale

rt, Au

to-s

hutd

own

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC64

8B

Fan

Man

ager

1N

ote

1N

ote

1−40 t

o +85

+3.0

to

+5.5

400

Ove

rtem

pera

ture

ale

rt, Au

to-s

hutd

own,

Fan

aut

o-re

star

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC64

9Fa

n M

anag

er1

Not

e 1

Not

e 1

−40 t

o +85

+3.0

to

+5.5

1,0

00

FanS

ense

Fan

Mon

itor,

Aut

o-sh

utdo

wn

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC64

9B

Fan

Man

ager

1N

ote

1N

ote

1−40 t

o +85

+3.0

to

+5.5

400

FanS

ense

Fan

Mon

itor,

Aut

o-sh

utdo

wn,

Fan

aut

o-re

star

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC65

0Fa

n M

anag

er1

±1

±3

−40 t

o +125

+2.8

to

+5.5

90

Ove

rtem

pera

ture

ale

rt8-p

in M

SO

P

TC65

1Fa

n M

anag

er1

±1

±3

−40 t

o +125

+2.8

to

+5.5

90

Ove

rtem

pera

ture

ale

rt, Au

to-s

hutd

own

8-p

in M

SO

P

TC65

2Fa

n M

anag

er1

±1

±3

−40 t

o +125

+2.8

to

+5.5

90

FanS

ense

Fan

Mon

itor,

Ove

rtem

pera

ture

ale

rt8-p

in M

SO

P

TC65

3Fa

n M

anag

er1

±1

±3

−40 t

o +125

+2.8

to

+5.5

90

FanS

ense

Fan

Mon

itor,

Ove

rtem

pera

ture

ale

rt,

Auto

-shu

tdow

n8-p

in M

SO

P

TC65

4D

ual S

Mbu

s Fa

n M

anag

er1

Not

e 1

Not

e 1

−40 t

o +85

+3.0

to

+5.5

320

FanS

ense

Fan

Mon

itor,

RPM

dat

a10-p

in M

SO

P

TC65

5D

ual S

Mbu

s Fa

n M

anag

er1

Not

e 1

Not

e 1

−40 t

o +85

+3.0

to

+5.5

320

FanS

ense

Fan

Mon

itor,

RPM

dat

a, O

vert

empe

ratu

re a

lert

10-p

in M

SO

P

TC66

4S

ingl

e S

Mbu

s Fa

n M

anag

er1

Not

e 1

Not

e 1

−40 t

o +85

+3.0

to

+5.5

320

FanS

ense

Fan

Mon

itor,

RPM

dat

a10-p

in M

SO

P

TC66

5S

ingl

e S

Mbu

s Fa

n M

anag

er1

Not

e 1

Not

e 1

−40 t

o +85

+3.0

to

+5.5

320

FanS

ense

Fan

Mon

itor,

RPM

dat

a, O

vert

empe

ratu

re a

lert

10-p

in M

SO

P

TC67

0Pr

edic

tive

Fan

Faul

t D

etec

tor

1N

/AN

/A−40 t

o +85

+3.0

to

+5.5

150

FanS

ense

Fan

Mon

itor,

Pro

gram

mab

le t

hres

hold

6-p

in S

OT-

23

not

e 1

: Th

ese

devi

ces

use

an e

xter

nal t

empe

ratu

re s

enso

r. Ac

cura

cy o

f th

e to

tal s

olut

ion

is a

fun

ctio

n of

the

acc

urac

y of

the

ext

erna

l sen

sor.

Ther

ma

l m

an

ag

emen

T P

ro

du

cTs

: clo

sed

loop

Fan

con

trol

lers

with

sm

Bus

/I2c™

Inte

rfac

e

Par

t #

# o

f Fa

n d

rive

rs

PW

m/l

inea

r con

trol

# o

f r

emot

e Te

mp.

m

onito

rs

am

bien

t Te

mp.

sen

sor

Typi

cal

acc

urac

y (°

c)

max

imum

a

ccur

acy

@ 2

5°

c (

°c)

max

imum

Te

mpe

ratu

re

ran

ge (

°c)

Vcc

ran

ge

(V)

sm

Bus

a

lert

sys

tem

shu

tdow

nVo

ltage

m

onito

rsd

escr

iptio

nPac

kage

s

EMC

21

12

1Li

near

31

±0.2

5±1.0

0 t

o +85

+3.3

and

+5

Yes

Yes

No

RPM

-Bas

ed F

an C

ontr

olle

r w

ith H

W T

herm

al

Shu

tdow

n20-p

in Q

FN

EMC

21

03

-11

PWM

11

±0.5

±1.0

−40 t

o +125

+3.0

to

+3.6

Yes

Yes

No

RPM

-Bas

ed F

an C

ontr

olle

r w

ith H

ardw

are

Ther

mal

S

hutd

own

12-p

in Q

FN

EMC

21

03

-21

PWM

31

±0.5

±1.0

−40 t

o +125

+3.0

to

+3.6

Yes

Yes

No

RPM

-Bas

ed F

an C

ontr

olle

r w

ith H

ardw

are

Ther

mal

S

hutd

own

16-p

in Q

FN

EMC

21

03

-41

PWM

31

±0.5

±1.0

−40 t

o +125

+3.0

to

+3.6

Yes

Yes

No

RPM

-Bas

ed F

an C

ontr

olle

r w

ith H

ardw

are

Ther

mal

S

hutd

own

and

EEPR

OM

load

able

16-p

in Q

FN

EMC

21

04

2PW

M4

1±0.2

5±1.0

−40 t

o +85

+3.0

to

+3.6

Yes

Yes

Yes

Dua

l RPM

-Bas

ed P

WM

Fan

Con

trol

ler

with

H

ardw

are

Ther

mal

Shu

tdow

n20-p

in Q

FN

EMC

21

05

1Li

near

41

±0.2

5±1.0

−40 t

o +85

+3.3

and

+5.0

Yes

Yes

Yes

RPM

-Bas

ed H

igh

Sid

e Fa

n C

ontr

olle

r w

ith

Har

dwar

e Th

erm

al S

hutd

own

20-p

in Q

FN


Ther

ma

l m

an

ag

emen

T P

ro

du

cTs

: clo

sed

loop

Fan

con

trol

lers

with

sm

Bus

/I2c™

Inte

rfac

e (c

ontin

ued)

Par

t #

# o

f Fa

n d

rive

rs

PW

m/l

inea

r con

trol

# o

f r

emot

e Te

mp.

m

onito

rs

am

bien

t Te

mp.

sen

sor

Typi

cal

acc

urac

y (°

c)

max

imum

a

ccur

acy

@ 2

5°

c (

°c)

max

imum

Te

mpe

ratu

re

ran

ge (

°c)

Vcc

ran

ge

(V)

sm

Bus

a

lert

sys

tem

shu

tdow

nVo

ltage

m

onito

rsd

escr

iptio

nPac

kage

s

EMC

21

06

2PW

M a

nd

Line

ar4

1±0.2

5±1.0

−40 t

o +85

+3.3

and

+5.0

Yes

Yes

Yes

RPM

-Bas

ed H

igh

Sid

e Fa

n C

ontr

olle

r w

ith

Har

dwar

e Th

erm

al S

hutd

own

EMC

21

13

1PW

M3

1±0.5

±1.0

−40 t

o +125

+3.0

to

+3.6

Yes

Yes

No

Sin

gle

RPM

-Bas

ed F

an C

ontr

olle

r w

ith M

ultip

le

Tem

pera

ture

Zon

es &

Har

dwar

e Th

erm

al S

hutd

own

16-p

in Q

FN

EMC

23

01

1PW

MN

/AN

/AN

/AN

/A−40 t

o +125

+3.0

to

+3.6

Yes

No

N/A

Sin

gle

RPM

-Bas

ed P

WM

Fan

Spe

ed C

ontr

olle

r8-p

in M

SO

P

EMC

23

02

2PW

MN

/AN

/AN

/AN

/A−40 t

o +125

+3.0

to

+3.6

Yes

No

N/A

Dua

l RPM

-Bas

ed P

WM

Fan

Spe

ed C

ontr

olle

r10-p

in M

SO

P

EMC

23

03

3PW

MN

/AN

/AN

/AN

/A−40 t

o +125

+3.0

to

+3.6

Yes

No

N/A

Trip

le R

PM-B

ased

PW

M F

an S

peed

Con

trol

ler

12-p

in Q

FN

EMC

23

05

5PW

MN

/AN

/AN

/AN

/A−40 t

o +125

+3.0

to

+3.6

Yes

No

N/A

Pent

a R

PM-B

ased

PW

M F

an S

peed

Con

trol

ler

16-p

in Q

FN

mO

TOr

Dr

IVer

Sm

oTo

r d

rIV

er P

ro

du

cTs

: s

tepp

er m

otor

s, d

c m

otor

s an

d 3

-Pha

se B

ldc m

otor

s

Par

t #

mot

or

Type

Inpu

t

Volta

ge

ran

ge (

V)

Inte

rnal

/ex

tern

al

FeTs

out

put

cur

rent

(m

a)

con

trol

sch

eme

mot

or

spe

ed

out

put

Pro

tect

ions

Tem

pera

ture

o

pera

ting

r

ange

(°

c)

Feat

ures

Pac

kage

s

MTS

62

C1

9A

One

Bip

olar

S

tepp

er M

otor

or

Two

DC

Mot

ors

10

.0 t

o 4

0.0

Inte

rnal

75

0D

irect

PW

M In

put,

Cur

rent

Lim

it C

ontr

ol,

Mic

rost

eppi

ngN

oO

vert

empe

ratu

re,

Und

er V

olta

ge−40 t

o +105

Dua

l Ful

l Brid

ge M

otor

Driv

er f

or S

tepp

er M

otor

s,

Pin

com

patib

le w

ith A

llegr

o 6219

24-p

in S

OIC

MTS

29

16

AO

ne B

ipol

ar

Ste

pper

Mot

or o

r Tw

o D

C M

otor

s1

0.0

to

40

.0In

tern

al7

50

Dire

ct P

WM

Inpu

t, C

urre

nt L

imit

Con

trol

, M

icro

step

ping

No

Ove

rtem

pera

ture

, U

nder

Vol

tage

−40 t

o +105

Dua

l Ful

l Brid

ge M

otor

Driv

er f

or S

tepp

er M

otor

s,

Pin

com

patib

le w

ith A

llegr

o 2916

24-p

in S

OIC

MTD

65

01

C3-P

hase

Bru

shel

ss

DC

Mot

or2

.0 t

o 1

4.0

Inte

rnal

80

0S

enso

rless

Sin

usoi

dal

Freq

uenc

y G

ener

ator

Ove

rtem

pera

ture

, Mot

or L

ock-

up,

Ove

rcur

rent

, Ove

rvol

tage

−30 t

o +95

3-P

hase

BLD

C 1

80°

Sin

usoi

dal S

enso

rless

Fan

M

otor

Driv

er,

Ove

rcur

rent

lim

itatio

n, O

utpu

t S

witc

hing

Fre

quen

cy a

t 20 k

Hz

Ther

mal

ly E

nhan

ced

8-p

in S

OP

MTD

65

01

D3-P

hase

Bru

shel

ss

DC

Mot

or2

.0 t

o 1

4.0

Inte

rnal

50

0S

enso

rless

Sin

usoi

dal

Freq

uenc

y G

ener

ator

Ove

rtem

pera

ture

, Mot

or L

ock-

up,

Ove

rcur

rent

, Ove

rvol

tage

−30 t

o +95

3-P

hase

BLD

C 1

80°

Sin

usoi

dal S

enso

rless

Fa

n M

otor

Driv

er,

Boo

st M

ode,

Ove

rcur

rent

lim

itatio

n, O

utpu

t S

witc

hing

Fre

quen

cy a

t 20 k

Hz

10-p

in M

SO

P

MTD

65

01

G3-P

hase

Bru

shel

ss

DC

Mot

or2

.0 t

o 1

4.0

Inte

rnal

80

0S

enso

rless

Sin

usoi

dal

Freq

uenc

y G

ener

ator

Ove

rtem

pera

ture

, Mot

or L

ock-

up,

Ove

rcur

rent

, Ove

rvol

tage

−30 t

o +95

3-P

hase

BLD

C 1

80°

Sin

usoi

dal S

enso

rless

Fan

M

otor

Driv

er,

Ove

rcur

rent

lim

itatio

n, O

utpu

t S

witc

hing

Fre

quen

cy a

t 23 k

Hz

Ther

mal

ly E

nhan

ced

8-p

in S

OP

MTD

65

02

B3-P

hase

Bru

shel

ss

DC

Mot

or2

.0 t

o 5

.5In

tern

al7

50

Sen

sorle

ss S

inus

oida

lFr

eque

ncy

Gen

erat

orO

vert

empe

ratu

re, M

otor

Loc

k-up

, O

verc

urre

nt, O

verv

olta

ge−40 t

o +125

3-P

hase

BLD

C S

inus

oida

l Sen

sorle

ss F

an M

otor

D

river

, D

irect

ion

cont

rol,

Ove

rcur

rent

lim

itatio

n,

Out

put

Sw

itchi

ng F

requ

ency

at

30 k

Hz

10-p

in 3

× 3

TD

FN

MTD

65

05

3-P

hase

Bru

shel

ss

DC

Mot

or2

.0 t

o 5

.5In

tern

al7

50

Sen

sorle

ss S

inus

oida

lFr

eque

ncy

Gen

erat

orO

verc

urre

nt, O

verv

olta

ge,

Ove

rtem

pera

ture

, Mot

or L

ock-

up−40 t

o +125

180°

Sin

usoi

dal S

enso

rless

Driv

e, D

irect

ion

Con

trol

, Pr

ogra

mm

able

BEM

F C

oeffi

cien

t R

ange

, O

utpu

t S

witc

hing

Fre

quen

cy a

t 30 k

Hz

10-p

in 3

× 3

UD

FN

PO

Wer

ma

na

gem

enT

Po

Wer

ma

na

gem

enT:

Vol

tage

ref

eren

ces

Par

t #

Vcc r

ange

(V

)o

utpu

t Vo

ltage

(V

)m

ax. l

oad

cur

rent

(m

a)

Initi

al a

ccur

acy

(max

.%)

Tem

pera

ture

coe

ffici

ent

(ppm

/°c)

max

imum

sup

ply

cur

rent

(µa

@ 2

5°

c)

Pac

kage

s

MC

P15

25

2.7

to

5.5

2.5

±2

±1

50

100

3-p

in T

O-9

2,

3-p

in S

OT-

23B

MC

P15

41

4.3

to

5.5

4.0

96

±2

±1

50

100

3-p

in T

O-9

2,

3-p

in S

OT-

23B


Po

Wer

ma

na

gem

enT:

lin

ear

reg

ulat

ors

Par

t #

max

. Inp

ut

Volta

ge (

V)o

utpu

t Vo

ltage

(V)

out

put

cur

rent

(m

a)

Junc

tion

Tem

pera

ture

r

ange

(°

c)

Typi

cal

act

ive

cur

rent

(µa

)

Typi

cal d

ropo

ut

Volta

ge @

max

. Io

ut (

mV)

Typi

cal o

utpu

t Vo

ltage

a

ccur

acy

(%)

Feat

ures

Pac

kage

s

50

ma

to

25

0 m

a l

ow-d

ropo

ut l

inea

r r

egul

ator

s

TC20

14

6.0

1.8

, 2

.7, 2

.8, 3

.0, 3

.350

−40 t

o +125

55

45

±0.4

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Ref

eren

ce b

ypas

s in

put

5-p

in S

OT-

23A

TC10

14

6.0

1.8

, 2

.5, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 3

.6, 4.0

, 5.0

50

−40 t

o +125

50

85

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t5-p

in S

OT-

23A

TC20

54

6.0

1.8

, 2

.7, 2

.8, 3

.0, 3

.350

−40 t

o +125

55

45

±0.4

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Err

or o

utpu

t5-p

in S

OT-

23A

TC10

54

6.0

1.8

, 2

.5, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 3

.6, 4.0

, 5.0

50

−40 t

o +125

50

85

±0.5

Shu

tdow

n, E

rror

out

put

5-p

in S

OT-

23A

TC10

70

6.0

1.2

3 →

Vin

50

−40 t

o +125

50

85

–S

hutd

own,

Adj

usta

ble

5-p

in S

OT-

23A

TC10

72

6.0

2.5

, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 3

.6, 4

.0, 5.0

50

−40 t

o +125

50

85

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t,

Erro

r ou

tput

6-p

in S

OT-

23A

TC12

23

6.0

2.5

, 2

.7, 2

.8, 3

.0, 3

.3, 3

.6, 4

.0, 5

.050

−40 t

o +125

50

85

±0.5

Shu

tdow

n5-p

in S

OT-

23A

MC

P17

90

30

3.0

, 3

.3, 5

.070

−40 t

o +125

70

500

±0.2

Cer

amic

out

put

capa

cito

r st

able

3-p

in S

OT-

223,

3-p

in D

DPA

K

MC

P17

91

30

3.0

, 3

.3, 5

.070

−40 t

o +125

70

500

±0.2

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Pow

er g

ood

5-p

in S

OT-

223,

5-p

in D

DPA

K

TC10

16

6.0

1.8

, 2

.7, 2

.8, 3

.080

−40 t

o +125

50

150

±0.5

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own

5-p

in S

C-7

0,

5-p

in S

OT-

23A

TC20

15

6.0

1.8

, 2

.5, 2

.6, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 5.0

100

−40 t

o +125

55

90

±0.4

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Ref

eren

ce b

ypas

s in

put

5-p

in S

OT-

23A

TC10

15

6.0

1.8

, 2

.5, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 3

.6, 4.0

, 5.0

100

−40 t

o +125

50

180

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t5-p

in S

OT-

23A

TC20

55

6.0

1.8

, 2

.7, 2

.8, 3

.0, 3

.3100

−40 t

o +125

55

90

±0.4

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Err

or o

utpu

t5-p

in S

OT-

23A

TC10

55

6.0

1.8

, 2

.5, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 3

.6, 4.0

, 5.0

100

−40 t

o +125

50

180

±0.5

Shu

tdow

n, E

rror

out

put

5-p

in S

OT-

23A

TC10

71

6.0

1.2

3 →

Vin

100

−40 t

o +125

50

180

–S

hutd

own,

Adj

usta

ble

5-p

in S

OT-

23A

TC10

73

6.0

2.5

, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 3

.6, 4

.0, 5.0

100

−40 t

o +125

50

180

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t,

Erro

r ou

tput

6-p

in S

OT-

23A

TC12

24

6.0

2.5

, 2

.7, 2

.8, 3

.0, 3

.3, 3

.6, 4

.0, 5

.0100

−40 t

o +125

50

180

±0.5

Shu

tdow

n5-p

in S

OT-

23A

TC11

88

6.0

1.8

, 2

.8, 2

.84

, 3

.15

120

−40 t

o +125

50

130

±0.5

Shu

tdow

n5-p

in S

OT-

23A

TC11

89

6.0

1.8

, 2

.8, 2

.84

, 3

.15

120

−40 t

o +125

50

130

±0.5

Shu

tdow

n5-p

in S

OT-

23A

TC21

85

6.0

1.8

, 2

.7, 2

.8, 3

.0, 3

.3150

−40 t

o +125

55

140

±0.4

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Ref

eren

ce b

ypas

s in

put

5-p

in S

OT-

23A

TC11

85

6.0

1.8

, 2

.5, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 3

.6, 4.0

, 5.0

150

−40 t

o +125

50

270

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t5-p

in S

OT-

23A

TC21

86

6.0

1.8

, 2

.7, 2

.8, 3

.0, 3

.3150

−40 t

o +125

55

140

±0.4

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Err

or o

utpu

t5-p

in S

OT-

23A

TC11

86

6.0

1.8

, 2

.5, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 3

.6, 4.0

, 5.0

150

−40 t

o +125

50

270

±0.5

Shu

tdow

n, E

rror

out

put

5-p

in S

OT-

23A

TC11

87

6.0

1.2

3 →

Vin

150

−40 t

o +125

50

270

–S

hutd

own,

Adj

usta

ble

5-p

in S

OT-

23A

TC10

17

6.0

1.8

, 2.6

, 2.7

, 2.8

, 2.8

5, 2

.9, 3

.3, 3

.4150

−40 t

o +125

53

285

±0.5

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own

5-p

in S

OT-

23A,

5-p

in S

C-7

0

MC

P17

54

161

.8, 2

.5, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 3

.6, 4.0

, 5.0

150

−40

to +

125

5630

0±2

70 d

B P

SR

R5-p

in S

OT-

23,

5-p

in S

OT-

89,

5-p

in S

OT-

223,

8-p

in 2

× 3

TD

FN

MC

P17

54

S16

1.8

, 2

.5, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3, 3

.6, 4.0

, 5.0

150

−40

to +

125

5630

0±2

70 d

B P

SR

R3-p

in S

OT-

23,

3-p

in S

OT-

89,

3-p

in S

OT-

223,

8-p

in 2

× 3

TD

FN

MC

P18

01

10

0.9

, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.0, 6

.0150

−40 t

o +85

25

250

±0.4

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Hig

h PS

RR

5-p

in S

OT-

23A


Po

Wer

ma

na

gem

enT:

lin

ear

reg

ulat

ors

(con

tinue

d)

Par

t #

max

. Inp

ut

Volta

ge (

V)o

utpu

t Vo

ltage

(V)

out

put

cur

rent

(m

a)

Junc

tion

Tem

pera

ture

r

ange

(°

c)

Typi

cal

act

ive

cur

rent

(µa

)

Typi

cal d

ropo

ut

Volta

ge @

max

. Io

ut (

mV)

Typi

cal o

utpu

t Vo

ltage

a

ccur

acy

(%)

Feat

ures

Pac

kage

s

50

ma

to

25

0 m

a l

ow-d

ropo

ut l

inea

r r

egul

ator

s (c

ontin

ued)

MC

P18

04

28

1.8

to

18

150

−40 t

o +85

50

1300

±2

Shu

tdow

n, H

igh

PSR

R5-p

in S

OT-

23,

5-p

in S

OT-

89,

3-p

in S

OT-

89,

3-p

in S

OT-

223

MC

P17

10

5.5

1.2

, 1

.8, 2

.5, 3

.3, 4

.2200

−40 t

o +85

0.0

2200

–20 n

A ac

tive

curr

ent

2 ×

2 D

FN

MC

P17

00

6.0

1.2

, 1

.8, 2

.5, 3

.0, 3

.3, 5

.0250

−40 t

o +125

1.6

300

±0.4

1.0

µF

cera

mic

cap

sta

ble,

S

hort

-circ

uit

prot

ectio

n3-p

in T

O-9

2,

3-p

in S

OT-

23A,

3-p

in S

OT-

89

MC

P17

02

13

.21

.2, 1

.5, 1

.8, 2

.5, 2

.8, 3

.0, 3

.3,

4.0

, 5

.0250

−40 t

o +125

2650

±0.4

Cer

amic

out

put

capa

cito

r st

able

, U

ltra-

low

gro

und

curr

ent,

13.2

V V i

n m

ax.

3-p

in T

O-9

2,

3-p

in S

OT-

23A,

3-p

in S

OT-

89

MC

P17

03

16

1.2

, 1

.5, 1

.8, 2

.5, 2

.8, 3

.0, 3

.3,

4.0

, 5

.0250

−40 t

o +125

2650

±0.4

Cer

amic

out

put

capa

cito

r st

able

, U

ltra-

low

gro

und

curr

ent,

16V

V in m

ax.

3-p

in S

OT-

23A,

3-p

in S

OT-

89,

3-p

in S

OT-

223

MC

P17

03

A1

61

.2, 1

.5, 1

.8, 2

.5, 2

.8, 3

.0, 3

.3,

4.0

, 5

.0250

−40 t

o +125

2650

±0.4

Cer

amic

out

put

capa

cito

r st

able

, U

ltra-

low

gro

und

curr

ent

3-p

in S

OT-

-23A,

3-p

in S

OT-

89,

3-p

in S

OT-

223,

8-p

in 2

× 3

DFN

30

0 m

a l

ow-d

ropo

ut l

inea

r r

egul

ator

s

TC11

07

6.0

2.5

, 2

.7, 2

.8, 3

.0, 3

.3, 5

.0300

−40 t

o +125

50

240

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t8-p

in M

SO

P, 8

-pin

SO

IC

TC11

08

6.0

2.5

, 2

.7, 2

.8, 3

.0, 3

.3, 5

.0300

−40 t

o +125

50

240

±0.5

3-p

in S

OT-

223

TC11

73

6.0

2.5

, 2

.7, 2

.8, 3

.0, 3

.3, 5

.0300

−40 t

o +125

50

240

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t,

Erro

r ou

tput

8-p

in M

SO

P, 8

-pin

SO

IC

TC11

74

6.0

1.2

3 →

Vin

300

−40 t

o +125

50

240

–S

hutd

own,

Ref

eren

ce b

ypas

s in

put,

Ad

just

able

8-p

in M

SO

P, 8

-pin

SO

IC

TC12

69

6.0

2.5

, 2

.8, 3

.0, 3

.3, 5

.0300

−40 t

o +125

50

240

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t 8-p

in M

SO

P

MC

P18

02

10

0.9

, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.0, 6.0

300

−40 t

o +85

25

250

±0.4

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Hig

h PS

RR

5-p

in S

OT-

23A

MC

P18

24

6.0

Fixe

d: 0

.8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.0

Adju

stab

le: 0

.8 to

5.0

300

−40 t

o +125

120

200

±0.5

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Pow

er g

ood

5-p

in S

OT-

223,

5-p

in S

OT-

23

MC

P18

24

S6

.00

.8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.0300

−40 t

o +125

120

200

±0.5

Cer

amic

out

put

capa

cito

r st

able

3-p

in S

OT-

223

50

0 m

a t

o 8

00

ma

low

-dro

pout

lin

ear

reg

ulat

ors

TC12

62

6.0

2.5

, 2

.8, 3

.0, 3

.3, 5

.0500

−40 t

o +125

80

350

±0.5

Ove

rtem

pera

ture

pro

tect

ion,

O

verc

urre

nt p

rote

ctio

n3-p

in T

O-2

20,

3-p

in D

DPA

K,

3-p

in S

OT-

223

TC12

63

6.0

2.5

, 2

.8, 3

.0, 3

.3, 5

.0500

−40 t

o +125

80

350

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t,

Erro

r ou

tput

8-p

in S

OIC

, 5-p

in T

O-2

20,

5-p

in D

DPA

K

TC12

68

6.0

2.5

500

−40 t

o +125

80

350

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t,

Erro

r ou

tput

8-p

in S

OIC

MC

P17

25

6.0

0.8

, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

.0500

−40 t

o +125

120

210

±0.5

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Cd

elay

, Po

wer

goo

d8-p

in 2

× 3

DFN

, 8-p

in S

OIC

MC

P18

25

6.0

Fixe

d: 0

.8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

Adju

stab

le: 0

.8 t

o 5

.0500

−40 t

o +125

120

210

±0.5

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Pow

er g

ood

5-p

in T

O-2

20,

5-p

in D

DPA

K,

5-p

in S

OT-

223

MC

P18

25

S6

.00

.8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

500

−40 t

o +125

120

210

±0.5

Cer

amic

out

put

capa

cito

r st

able

3-p

in T

O-2

20,

3-p

in D

DPA

K,

3-p

in S

OT-

223

TC12

64

6.0

1.8

, 2

.5, 3

.0, 3

.3800

−40 t

o +125

80

450

±0.5

Ove

rtem

pera

ture

pro

tect

ion,

O

verc

urre

nt p

rote

ctio

n3-p

in T

O-2

20,

3-p

in D

DPA

K,

3-p

in S

OT-

223

TC12

65

6.0

1.8

, 2

.5, 3

.0, 3

.3800

−40 t

o +125

80

450

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t,

Erro

r ou

tput

8-p

in S

OIC

, 5-p

in T

O-2

20,

5-p

in D

DPA

K

TC21

17

6.0

1.8

, 2

.5, 3

.0, 3

.3800

−40 t

o +125

80

600

±0.5

Ove

rtem

pera

ture

pro

tect

ion,

O

verc

urre

nt p

rote

ctio

n3-p

in S

OT-

223,

3-p

in D

DPA

K


Po

Wer

ma

na

gem

enT:

lin

ear

reg

ulat

ors

(con

tinue

d)

Par

t #

max

. Inp

ut

Volta

ge (

V)o

utpu

t Vo

ltage

(V)

out

put

cur

rent

(m

a)

Junc

tion

Tem

pera

ture

r

ange

(°

c)

Typi

cal

act

ive

cur

rent

(µa

)

Typi

cal d

ropo

ut

Volta

ge @

max

. Io

ut (

mV)

Typi

cal o

utpu

t Vo

ltage

a

ccur

acy

(%)

Feat

ures

Pac

kage

s

1a

and

abo

ve l

ow-d

ropo

ut l

inea

r r

egul

ator

s

MC

P17

26

6.0

Fixe

d: 0

.8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

Adju

stab

le: 0

.8 t

o 5

.01000

−40 t

o +125

140

300

±0.4

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Cd

elay

, Po

wer

goo

d8-p

in 3

× 3

DFN

, 8-p

in S

OIC

MC

P18

26

6.0

Fixe

d: 0

.8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

Adju

stab

le: 0

.8 t

o 5

.01000

−40 t

o +125

140

300

±0.5

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Pow

er g

ood

5-p

in T

O-2

20,

5-p

in D

DPA

K,

5-p

in S

OT-

223

MC

P18

26

S6

.00

.8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

1000

−40 t

o +125

140

300

±0.5

Cer

amic

out

put

capa

cito

r st

able

3-p

in T

O-2

20,

3-p

in D

DPA

K,

3-p

in S

OT-

223

MC

P17

27

6.0

Fixe

d: 0

.8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

Adju

stab

le: 0

.8 t

o 5

.01500

−40 t

o +125

140

330

±0.5

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Cd

elay

, Po

wer

goo

d8-p

in 3

× 3

DFN

, 8-p

in S

OIC

MC

P18

27

6.0

Fixe

d: 0

.8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

Adju

stab

le: 0

.8 t

o 5

.01500

−40 t

o +125

140

330

±0.5

Cer

amic

out

put

capa

cito

r st

able

, S

hutd

own,

Pow

er g

ood

5-p

in D

DPA

K,

5-p

in T

O-2

20

MC

P18

27

S6

.00

.8, 1

.2, 1

.8, 2

.5, 3

.0, 3

.3, 5

1500

−40 t

o +125

140

330

±0.5

Cer

amic

out

put

capa

cito

r st

able

3-p

in D

DPA

K,

3-p

in T

O-2

20

app

licat

ion

spe

cific

low

-dro

pout

lin

ear

reg

ulat

ors

TC12

66

6.0

3.3

200

−5 t

o +70

230

200

±1.0

PCI c

ompl

iant

8-p

in S

OIC

, 8-p

in M

SO

P

TC12

67

6.0

3.3

400

−5 t

o +70

230

300

±1.0

PCI c

ompl

iant

5-p

in D

DPA

K

TC57

82

.5, 3

.0, 3

.34,0

00

(1)

−40 t

o +85

50

100

(1)

±2.0

Shu

tdow

n, E

xter

nal t

rans

isto

r5-p

in S

OT-

23A

TC59

−1

0−

3.0

, −

5.0

100

−40 t

o +85

3380

±0.5

Neg

ativ

e LD

O3-p

in S

OT-

23A

not

e 1

: D

epen

ding

on

exte

rnal

tra

nsis

tor

conf

igur

atio

n.

Po

Wer

ma

nag

emen

T: l

ow-d

ropo

ut r

egul

ator

com

bina

tion

Pro

duct

s

TC13

00

(1)

6.0

2.5

, 2

.7, 2

.8, 2

.85

, 3

.0, 3

.3300

−40 t

o +125

80

210

±0.5

Shu

tdow

n, R

efer

ence

byp

ass

inpu

t,

LDO

plu

s R

eset

out

put

8-p

in M

SO

P

TC13

01

A(1)

6.0

LDO

1: 1

.5–3

.3

LDO

2: 1

.5–3

.3LD

O1: 300

LDO

2: 150

−40 t

o +125

103

LDO

1: 104

LDO

2: 150

±0.5

Dua

l LD

O p

lus

Res

et o

utpu

t, S

hutd

own,

R

efer

ence

byp

ass,

Vol

tage

det

ect

8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

TC13

01

B(1

)6

.0LD

O1

: 1

.5–3

.3

LDO

2: 1

.5–3

.3LD

O1: 300

LDO

2: 150

−40 t

o +125

114

LDO

1: 104

LDO

2: 150

±0.5

Dua

l LD

O p

lus

Res

et,

per

chan

nel

outp

ut s

hutd

own,

Ref

eren

ce b

ypas

s8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

TC13

02

A(1)

6.0

LDO

1: 1

.5–3

.3

LDO

2: 1

.5–3

.3LD

O1: 300

LDO

2: 150

−40 t

o +125

103

LDO

1: 104

LDO

2: 150

±0.5

Dua

l LD

O,

Out

put

shut

dow

n re

fere

nce

bypa

ss,

Volta

ge d

etec

t8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

TC13

02

B(1

)6

.0LD

O1

: 1

.5–3

.3

LDO

2: 1

.5–3

.3LD

O1: 300

LDO

2: 150

−40 t

o +125

114

LDO

1: 104

LDO

2: 150

±0.5

Dua

l LD

O,

per

chan

nel o

utpu

t sh

utdo

wn,

Ref

eren

ce b

ypas

s8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

TC13

05

6.0

2.5

, 2

.8, 3

.0150

(1)

−40 t

o +125

120

240

±0.5

Dua

l LD

O p

lus

Res

et o

utpu

t, R

efer

ence

by

pass

inpu

t, S

hutd

own,

Sel

ect

Mod

e™

sele

ctab

le o

utpu

t vo

ltage

s10-p

in M

SO

P

TC13

06

6.0

1.8

, 2

.8, 3

.0150

(1)

−40 t

o +125

120

240

±0.5

Dua

l LD

O p

lus

Res

et o

utpu

t,

Shu

tdow

n, S

elec

t M

ode™

sel

ecta

ble

outp

ut v

olta

ges

8-p

in M

SO

P

TC13

07

(1)

6.0

1.8

, 2

.5, 2

.8, 3

.0150

(1)

−40 t

o +125

220

200

±0.5

Qua

d LD

O p

lus

Res

et o

utpu

t,

Shu

tdow

n, S

elec

t M

ode™

sel

ecta

ble

outp

ut v

olta

ges

16-p

in Q

SO

P

not

e 1

: LD

Os

with

shu

tdow

n (e

xcep

t Po

wer

Man

agem

ent

Com

bina

tion

Prod

ucts

as

indi

cate

d) h

ave

typi

cal s

hutd

own

curr

ents

of

0.0

5 m

A.

Po

Wer

ma

na

gem

enT:

sw

itchi

ng r

egul

ator

s

Par

t #

des

crip

tion

Inpu

t Vo

ltage

r

ange

(V)

out

put

Volta

ge (

V)

ope

ratin

g Te

mpe

ratu

re

ran

ge (

°c)

con

trol

sch

eme

sw

itchi

ng

Freq

uenc

y (k

hz)

Typi

cal

activ

e cu

rren

t (µa

)

out

put

cur

rent

(m

a)

Feat

ures

Pac

kage

s

MC

P16

01

Syn

chro

nous

Buc

k R

egul

ator

2.7

to

5.5

0.9

V to

Vin

−40 t

o +85

PFM

/PW

M/L

DO

750

825 (PW

M)

125 (PF

M)

500

UVL

O,

Auto

-sw

itchi

ng,

LDO

8-p

in M

SO

P

MC

P16

02

Syn

chro

nous

Buc

k R

egul

ator

2.7

to

5.5

0.8

to

4.5

−40 t

o +85

PFM

/PW

M2000

35

500

PFM

, PW

M a

uto-

switc

hing

, U

VLO

, S

oft

star

t, P

ower

go

od in

dica

tor

10-p

in M

SO

P,

10-p

in 3

× 3

DFN

MC

P16

03

Syn

chro

nous

Buc

k R

egul

ator

2.7

to

5.5

0.8

to

4.0

−40 t

o +85

PFM

/PW

M2000

45

500

Ove

rtem

pera

ture

and

Ove

rcur

rent

pro

tect

ion

5-p

in T

SO

T-23,

8-p

in 2

× 3

DFN


Po

Wer

ma

na

gem

enT:

sw

itchi

ng r

egul

ator

s (c

ontin

ued)

Par

t #

des

crip

tion

Inpu

t Vo

ltage

r

ange

(V)

out

put

Volta

ge (

V)

ope

ratin

g Te

mpe

ratu

re

ran

ge (

°c)

con

trol

sch

eme

sw

itchi

ng

Freq

uenc

y (k

hz)

Typi

cal

activ

e cu

rren

t (µa

)

out

put

cur

rent

(m

a)

Feat

ures

Pac

kage

s

MC

P16

12

Syn

chro

nous

Buc

k R

egul

ator

2.7

to

5.5

0.8

to

5.5

−40 t

o +85

Con

stan

t fr

eque

ncy, P

WM

1400

5000

1000

Ove

rall

effic

ienc

y > 9

4%

, S

oft

star

t,

Ove

rtem

pera

ture

and

Ove

rcur

rent

pro

tect

ion

8-p

in M

SO

P,

8-p

in 3

× 3

DFN

MC

P16

23

/4S

tep-

up D

C/D

C

Reg

ulat

or0

.65

to

62

.0 t

o 5.5

−40 t

o +85

PWM

or

PWM

/PFM

500

19

175

Inte

grat

ed s

ynch

rono

us b

oost

reg

ulat

or,

0.6

5V

star

t-up

volta

ge,

Sof

t st

art,

Tru

e lo

ad d

isco

nnec

t6-p

in S

OT-

23,

8-p

in 2

× 3

DFN

MC

P1640/B

/C/D

Ste

p-up

DC

/DC

R

egul

ator

0.6

5 t

o 6

2.0

to

5.5

−40 t

o +85

PWM

or

PWM

/PFM

500

19

350

Inte

grat

ed s

ynch

rono

us b

oost

reg

ulat

or,

0.6

5V

star

t-up

volta

ge,

Sof

t st

art,

Tru

e lo

ad d

isco

nnec

t or

in

put-t

o-ou

tput

byp

ass

optio

n

6-p

in S

OT-

23,

8-p

in 2

× 3

DFN

MC

P16

50

Ste

p-up

DC

/DC

C

ontr

olle

r2

.7 t

o 5

.52

.5 t

o ex

t. t

x lim

ited

−40 t

o +125

Con

stan

t fr

eque

ncy

750

120

560/4

40

2 d

uty

cycl

es f

or m

in.

and

max

. lo

ads,

Shu

tdow

n co

ntro

l, U

VLO

, S

oft

star

t8-p

in M

SO

P

MC

P16

51

Ste

p-up

DC

/DC

C

ontr

olle

r2

.7 t

o 5

.52

.5 t

o ex

t. t

x lim

ited

−40 t

o +125

Con

stan

t fr

eque

ncy,

2 fi

xed

DC

750

120

560/4

40

2 d

uty

cycl

es f

or m

in.

and

max

. lo

ads,

Shu

tdow

n co

ntro

l, lo

w b

atte

ry d

etec

t, U

VLO

, S

oft

star

t8-p

in M

SO

P

MC

P16

52

Ste

p-up

DC

/DC

C

ontr

olle

r2

.7 t

o 5

.52

.5 t

o ex

t. t

x lim

ited

−40 t

o +125

Con

stan

t fr

eque

ncy,

2 fi

xed

DC

750

120

560/4

40

2 d

uty

cycl

es f

or m

in.

and

max

. lo

ads,

Shu

tdow

n co

ntro

l, Po

wer

goo

d in

dica

tor,

UVL

O,

Sof

t st

art

8-p

in M

SO

P

MC

P16

53

Ste

p-up

DC

/DC

C

ontr

olle

r2

.7 t

o 5

.52

.5 t

o ex

t. t

x lim

ited

−40 t

o +125

Con

stan

t fr

eque

ncy,

2 fi

xed

DC

750

120

560/4

40

2 d

uty

cycl

es f

or m

in.

and

max

. lo

ads,

Shu

tdow

n co

ntro

l, Lo

w b

atte

ry d

etec

t, P

ower

goo

d in

dica

tor,

U

VLO

, S

oft

star

t10-p

in M

SO

P

MC

P16

30

13

0V

Inpu

t B

uck

Reg

ulat

or4

.0 t

o 3

02

.0 t

o 15

−40 t

o +85

PWM

500

2000

600

Inte

grat

ed N

-cha

nnel

, U

VLO

, S

oft

star

t,

Ove

rtem

pera

ture

pro

tect

ion

SO

T23-6

MC

P16

32

1S

ynch

rono

us B

uck

Reg

ulat

or6

to

24

0.9

to

5−40 t

o +125

PWM

/PFM

1000

2300

1000

Inte

grat

ed s

witc

hes,

Inte

rnal

com

pens

atio

n, P

eak

curr

ent m

ode

cont

rol,

Sof

t-sta

rt, U

VLO

, Pow

er g

ood

pin

16-p

in 3

× 3

Q

FN

MC

P16

32

2S

ynch

rono

us B

uck

Reg

ulat

or6

to

24

0.9

to

5−40 t

o +125

PWM

/PFM

1000

2300

2000

Inte

grat

ed s

witc

hes,

Inte

rnal

com

pens

atio

n, P

eak

curr

ent m

ode

cont

rol,

Sof

t-sta

rt, U

VLO

, Pow

er g

ood

pin

16-p

in 3

× 3

Q

FN

MC

P16

32

3S

ynch

rono

us B

uck

Reg

ulat

or6

to

18

0.9

to

5−40 t

o +125

PWM

/PFM

1000

2300

3000

Inte

grat

ed s

witc

hes,

Inte

rnal

com

pens

atio

n, P

eak

curren

t mod

e co

ntro

l, Sof

t-sta

rt, U

VLO

, Pow

er g

ood

pin

16-p

in 3

× 3

Q

FN

TC10

5S

tep-

dow

n D

C/D

C

Con

trol

ler

2.2

to

10

3.0

, 3.3

, 5.0

−40 t

o +85

PFM

/PW

M300

57

1,0

00

Low

pow

er s

hutd

own

mod

5-p

in S

OT-

23A

TC11

5S

tep-

up D

C/D

C

Reg

ulat

or0

.9 t

o 1

03

.0, 3

.3, 5

.0−40 t

o +85

PFM

/PW

M100

80

140

Feed

back

vol

tage

sen

sing

, Lo

w p

ower

sh

utdo

wn

mod

e5-p

in S

OT-

89

TC11

0S

tep-

up D

C/D

C

Con

trol

ler

2.0

to

10

3.0

, 3.3

, 5.0

−40 t

o +85

PFM

/PW

M100/3

00

50/1

20

300

Sof

t st

art,

Low

pow

er s

hutd

own

mod

e5-p

in S

OT-

23A

Po

Wer

ma

nag

emen

T: s

witc

hing

reg

ulat

ors

com

bina

tion

Pro

duct

s

TC13

03

Syn

chro

nous

Buc

k R

egul

ator

, LD

O w

/Po

wer

goo

d2

.7 t

o 5

.5D

C/D

C: 0

.8 t

o 4.5

LD

O: 1

.5 t

o 3.3

−40 t

o +85

PFM

/PW

M2000

65/6

00

DC

/DC

: 500 m

A LD

O: 300 m

APF

M/P

WM

aut

o-sw

itchi

ng,

Pow

er g

ood

outp

ut10-p

in M

SO

P,

10-p

in 3

× 3

DFN

TC13

04

Syn

chro

nous

Buc

k R

egul

ator

, LD

O2

.7 t

o 5

.5D

C/D

C: 0

.8 t

o 4.5

LD

O: 1

.5 t

o 3.3

−40 t

o +85

PFM

/PW

M2000

65/6

00

DC

/DC

: 500 m

A LD

O: 300 m

APF

M/P

WM

aut

o-sw

itchi

ng,

Pow

er s

eque

ncin

g10-p

in M

SO

P,

10-p

in 3

× 3

DFN

TC13

13

Syn

chro

nous

Buc

k R

egul

ator

, LD

O2

.7 t

o 5

.5D

C/D

C: 0

.8 t

o 4.5

LD

O: 1

.5 t

o 3.3

−40 t

o +85

PFM

/PW

M2000

65/6

00

DC

/DC

: 500 m

A LD

O: 300 m

APF

M/P

WM

aut

o-sw

itchi

ng10-p

in M

SO

P,

10-p

in 3

× 3

DFN

Po

Wer

ma

na

gem

enT:

PW

m c

ontr

olle

rs

Par

t #

des

crip

tion

Inpu

t Vo

ltage

r

ange

(V)

ope

ratin

g Te

mp.

r

ange

(°

c)

sw

itchi

ng

Freq

uenc

y (k

hz)

Typi

cal a

ctiv

e cur

rent

(m

a)

Feat

ures

Pac

kage

s

MC

P16

30

Cur

rent

mod

e, h

igh-

spee

d PW

M t

o us

e w

ith P

IC®

MC

Us

3.0

to

5.5

−40 t

o +125

1000

2.8

UVL

O, S

hort

circ

uit

and

Ove

rtem

pera

ture

pro

tect

ion,

In

tegr

ated

MO

SFE

T dr

iver

8-p

in M

SO

P, 8

-pin

2 ×

3 D

FN

MC

P16

30

VVo

ltage

mod

e, h

igh-

spee

d PW

M t

o us

e w

ith P

IC M

CU

s3

.0 t

o 5

.5−40 t

o +125

1000

2.8

UVL

O, S

hort

circ

uit

and

Ove

rtem

pera

ture

pro

tect

ion,

In

tegr

ated

MO

SFE

T dr

iver

8-p

in M

SO

P, 8

-pin

2 ×

3 D

FN

MC

P16

31

Cur

rent

mod

e, h

igh-

spee

d PW

M t

o us

e w

ith P

IC M

CU

s3

.0 t

o 5

.5−40 t

o +125

2000

3.7

UVL

O, In

tegr

ated

err

or,

Cur

rent

and

vol

tage

sen

se a

mpl

ifier

s,

Ove

rvol

tage

com

para

tor

and

MO

SFE

T dr

iver

20-p

in S

SO

P, 2

0-p

in T

SS

OP,

20-p

in 4

× 4

QFN

MC

P16

31

HV

Cur

rent

mod

e, h

igh-

spee

d PW

M t

o us

e w

ith P

IC M

CU

s3

.5 t

o 16

−40 t

o +125

2000

3.7

Inte

grat

ed 1

6V

LDO

, U

VLO

, In

tegr

ated

err

or,

Cur

rent

and

vol

tage

se

nse

ampl

ifier

s, O

verv

olta

ge c

ompa

rato

r an

d M

OS

FET

driv

er20-p

in S

SO

P, 2

0-p

in T

SS

OP

MC

P16

31

VVo

ltage

mod

e, h

igh-

spee

d PW

M t

o us

e w

ith P

IC M

CU

s3

.0 t

o 5

.5−40 t

o +125

2000

3.7

UVL

O, In

tegr

ated

err

or,

Cur

rent

and

vol

tage

sen

se a

mpl

ifier

s,

Ove

rvol

tage

com

para

tor

and

MO

SFE

T dr

iver

20-p

in S

SO

P, 2

0-p

in T

SS

OP,

20-p

in 4

× 4

QFN

MC

P16

31

VHV

Volta

ge m

ode,

hig

h-sp

eed

PWM

to

use

with

PIC

MC

Us

3.5

to

16

−40 t

o +125

2000

3.7

Inte

grat

ed 1

6V

LDO

, U

VLO

, In

tegr

ated

err

or,

Cur

rent

and

vol

tage

se

nse

ampl

ifier

s, O

verv

olta

ge c

ompa

rato

r an

d M

OS

FET

driv

er20-p

in S

SO

P, 2

0-p

in T

SS

OP

MC

P19

03

5S

ynch

rono

us B

uck

PWM

Con

trol

ler

with

Inte

grat

ed M

OS

FET

Driv

er F

amily

4.5

to

30

−40 t

o +125

300

6M

ultip

le d

ead-

time

optio

ns fo

r lo

w-F

OM

MO

SFE

T co

mpa

tibili

ty,

Inte

grat

ed c

urre

nt s

ense

cap

abili

ty fo

r sh

ort

circ

uit

prot

ectio

n,

Inte

grat

ed s

ynch

rono

us M

OS

FET

driv

er a

nd li

near

vol

tage

reg

ulat

or10-p

in 3

× 3

DFN


Po

Wer

ma

na

gem

enT:

cha

rge

Pum

p d

c-to

-dc c

onve

rter

s

Par

t #

Inpu

t Vo

ltage

r

ange

(V)

out

put

Volta

ge (

V)o

pera

ting

Tem

p.

ran

ge (

°c)

max

imum

Inpu

t cur

rent

(1) (

µa)

Typi

cal a

ctiv

e o

utpu

t cur

rent

(m

a)

Feat

ures

Pac

kage

s

Inve

rtin

g or

dou

blin

g cha

rge

Pum

ps

TC10

44

S1

.5 t

o 1

2Vo

ut

= −

Vin o

r Vo

ut

= 2

Vin

−40 t

o +85

160

20

85 k

Hz

osci

llato

r, B

oost

mod

e8-p

in P

DIP

, 8-p

in S

OIC

TC76

60

1.5

to

10

Vou

t =

−Vi

n o

r Vo

ut

= 2

Vin

−40 t

o +85

180

20

10 k

Hz

osci

llato

r8-p

in P

DIP

, 8-p

in S

OIC

TC76

60

H1

.5 t

o 1

0Vo

ut

= −

Vin o

r Vo

ut

= 2

Vin

−40 t

o +85

1,0

00

20

120 k

Hz

osci

llato

r8-p

in P

DIP

, 8-p

in S

OIC

TC76

60

S1

.5 t

o 1

2Vo

ut

= −

Vin o

r Vo

ut

= 2

Vin

−40 t

o +85

160

20

45 k

Hz

osci

llato

r, B

oost

mod

e8-p

in P

DIP

, 8-p

in S

OIC

TC76

62

B1

.5 t

o 1

5Vo

ut

= −

Vin o

r Vo

ut

= 2

Vin

−40 t

o +85

180

20

35 k

Hz

osci

llato

r, B

oost

mod

e8-p

in P

DIP

, 8-p

in S

OIC

TC12

40

2.5

to

4.0

Vou

t =

2 V

in−40 t

o +85

900

40

Shu

tdow

n, 1

60 k

Hz

osci

llato

r6-p

in S

OT-

23A

TC12

40

A2

.5 t

o 5

.5Vo

ut

= 2

Vin

−40 t

o +85

900

40

Shu

tdow

n, 1

60 k

Hz

osci

llato

r6-p

in S

OT-

23A

TC76

62

A3

.0 t

o 1

8Vo

ut

= −

Vin o

r Vo

ut

= 2

Vin

−40 t

o +85

200

40

12 k

Hz

osci

llato

r8-p

in P

DIP

, 8-p

in S

OIC

TC96

23

.0 t

o 1

8Vo

ut

= −

Vin o

r Vo

ut

= 2

Vin

−40 t

o +85

200

80

Sel

ecta

ble

12 k

Hz

or 2

4 k

Hz

osci

llato

r8-p

in P

DIP

, 16-p

in S

OIC

Inve

rtin

g an

d d

oubl

ing

cha

rge

Pum

ps

TC68

22

.4 t

o 5

.5Vo

ut

= −

2 V

in−40 t

o +85

400

10

12 k

Hz

osci

llato

r8-p

in P

DIP

, 8-p

in S

OIC

reg

ulat

ed c

harg

e P

umps

MC

P12

52

2.1

/2.7

to

5.5

2

.0 t

o 5

.5S

elec

tabl

e 3

.3V

or 5

.0V

or

Adju

stab

le 1

.5V

to 5

.5V

−40 t

o +85

120

120 m

A fo

r V i

n >

3.0

VPo

wer

goo

d ou

tput

, 650 k

Hz

osci

llato

r8-p

in M

SO

P

MC

P12

53

2.1

/2.7

to

5.5

2

.0 t

o 5

.5S

elec

tabl

e 3

.3V

or 5

.0V

or

Adju

stab

le 1

.5V

to 5

.5V

−40 t

o +85

120

120 m

A fo

r V i

n >

3.0

VPo

wer

goo

d ou

tput

, 1 M

Hz

osci

llato

r8-p

in M

SO

P

MC

P12

56

1.8

to

3.6

3.3

−40 t

o +85

100

100

Pow

er g

ood,

Sle

ep m

ode

10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P12

57

1.8

to

3.6

3.3

−40 t

o +85

100

100

Sle

ep m

ode,

Low

bat

tery

indi

catio

n10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P12

58

1.8

to

3.6

3.3

−40 t

o +85

100

100

Pow

er g

ood

outp

ut,

Inpu

t/ou

tput

byp

ass

10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P12

59

1.8

to

3.6

3.3

−40 t

o +85

100

100

Low

bat

tery

indi

catio

n, In

put/

outp

ut b

ypas

s10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

not

e 1

: M

easu

red

at V

dd =

5.0

V at

25°C

and

no

load

.

Po

Wer

ma

na

gem

enT:

cP

u/s

yste

m s

uper

viso

rs

Par

t #

Vcc r

ange

(V

)

ope

ratin

g Te

mp.

ran

ge

(°c)

nom

inal

res

et V

olta

ge

(V)

res

et T

ype

out

put

Typi

cal r

eset

P

ulse

Wid

th

(ms)

Typi

cal

sup

ply

cur

rent

(µa

)a

dditi

onal

Fea

ture

sPac

kage

sB

ond

opt

ions

MC

P10

21

.0 t

o 5

.5−

40

to

+1

25

4.6

3, 4

.38

, 3

.08

, 2.9

3,

2.6

3, 2

.32

, 1

.9Ac

tive-

Low

CM

OS

Pus

h-Pu

ll120

13-p

in S

OT-

23B

, 3-p

in

SC

-70,

3-p

in T

O-9

2N

/A

MC

P10

31

.0 t

o 5

.5−

40

to

+1

25

4.6

3, 4

.38

, 3

.08

, 2.9

3,

2.6

3, 2

.32

, 1

.9Ac

tive-

Low

CM

OS

Pus

h-Pu

ll120

1M

ax. 809 P

inou

t3-p

in S

OT-

23B

, 3-p

in

SC

-70,

3-p

in T

O-9

2N

/A

MC

P12

11

.0 t

o 5

.5−

40

to

+1

25

4.6

3, 4

.38

, 3

.08

, 2.9

3,

2.6

3, 2

.32

, 1

.9Ac

tive-

Low

Ope

n-D

rain

120

13-p

in S

OT-

23B

, 3-p

in

SC

-70,

3-p

in T

O-9

2N

/A

MC

P13

11

.0 t

o 5

.5−

40

to

+1

25

4.6

3, 4

.38

, 3

.08

, 2.9

3,

2.6

3, 2

.32

, 1

.9Ac

tive-

Low

Ope

n-D

rain

120

1100 k

W In

tern

al P

ull-u

p R

esis

tor

3-p

in S

OT-

23B

, 3-p

in

SC

-70,

3-p

in T

O-9

2N

/A

MC

P13

16

1.0

to

5.5

−4

0 t

o +

12

54

.6, 2

.9(1

)Ac

tive-

Low

CM

OS

Pus

h-Pu

ll200

5W

atch

dog

Inpu

t (W

DI),

Tim

e-ou

t = 1

.6 s

ec.,

M

anua

l Res

et5-p

in S

OT-

23

N/A

MC

P13

17

1.0

to

5.5

−4

0 t

o +

12

54

.6, 2

.9(1

)Ac

tive-

Hig

hC

MO

S P

ush-

Pull

200

5W

atch

dog

Inpu

t (W

DI),

Tim

e-ou

t = 1

.6 s

ec.,

M

anua

l Res

et5-p

in S

OT-

23

N/A

MC

P13

18

1.0

to

5.5

−4

0 t

o +

12

54

.6, 2

.9(1

)Ac

tive-

Low

/H

igh

CM

OS

Pus

h-Pu

ll200

5W

atch

dog

Inpu

t (W

DI),

Tim

e-ou

t = 1

.6 s

ec.

5-p

in S

OT-

23

N/A

MC

P13

19

1.0

to

5.5

−4

0 t

o +

12

54

.6, 2

.9(1

)Ac

tive-

Low

/H

igh

CM

OS

Pus

h-Pu

ll200

1M

anua

l Res

et5-p

in S

OT-

23

N/A

MC

P13

20

1.0

to

5.5

−4

0 t

o +

12

54

.6, 2

.9(1

)Ac

tive-

Low

Ope

n-D

rain

200

5W

atch

dog

Inpu

t (W

DI),

Tim

e-ou

t = 1

.6 s

ec.,

M

anua

l Res

et5-p

in S

OT-

23

N/A

MC

P13

21

1.0

to

5.5

−4

0 t

o +

12

54

.6, 2

.9(1

)Ac

tive-

Low

Ope

n-D

rain

/C

MO

S P

ush-

Pull

200

5W

atch

dog

Inpu

t (W

DI),

Tim

e-ou

t = 1

.6 s

ec.,

M

anua

l Res

et (

Activ

e-Lo

w O

pen-

Dra

in,

Ac

tive-

Hig

h Pu

sh-P

ull)

5-p

in S

OT-

23

N/A

TC12

70

A1

.0 t

o 5

.5−

40

to

+1

25

4.6

3, 4

.38

, 3

.08

, 2.9

3,

2.6

3Ac

tive-

Low

CM

OS

Pus

h-Pu

ll280

7M

anua

l Res

et4-p

in S

OT-

143,

5-p

in S

OT-

23

N/A


Po

Wer

ma

na

gem

enT:

cP

u/s

yste

m s

uper

viso

rs (

con

tinue

d)

Par

t #

Vcc r

ange

(V

)

ope

ratin

g Te

mp.

ran

ge

(°c)

nom

inal

res

et V

olta

ge

(V)

res

et T

ype

out

put

Typi

cal r

eset

P

ulse

Wid

th

(ms)

Typi

cal

sup

ply

cur

rent

(µa

)a

dditi

onal

Fea

ture

sPac

kage

sB

ond

opt

ions

TC12

71

A1

.0 t

o 5

.5−

40

to

+1

25

4.6

3, 4

.38

, 3

.08, 2.9

3,

2.6

3Ac

tive-

Hig

hC

MO

S P

ush-

Pull

280

7M

anua

l Res

et4-p

in S

OT-

143,

5-p

in

SO

T-23

N/A

TC12

70

AN1

.0 t

o 5

.5−

40

to

+1

25

4.6

3, 4

.38

, 3

.08, 2.9

3,

2.6

3Ac

tive-

Low

Ope

n-D

rain

07

Man

ual R

eset

4-p

in S

OT-

143,

5-p

in

SO

T-23

N/A

TCM

80

91

.2 t

o 5

.5−

40

to

+8

54

.63

, 4

.38

, 4

.00, 3.0

8,

2.9

3, 2

.63

, 2

.32

Activ

e-Lo

wC

MO

S P

ush-

Pull

240

12

3-p

in S

OT-

23B

, 3-p

in

SC

-70

N/A

TCM

81

01

.2 t

o 5

.5−

40

to

+8

54

.63

, 4

.38

, 4

.00, 3.0

8,

2.9

3, 2

.63

, 2

.32

Activ

e-H

igh

CM

OS

Pus

h-Pu

ll240

12

3-p

in S

OT-

23B

, 3-p

in

SC

-70

N/A

MC

P10

01

.0 t

o 5

.5−

40

to

+8

54

.72

, 4

.62

, 4

.47, 4.3

7,

3.0

75

, 2

.92

, 2

.62

Activ

e-Lo

wC

MO

S P

ush-

Pull

350

45

3-p

in T

O-9

2,

3-p

in

SO

T-23B

D, H

MC

P80

91

.0 t

o 5

.5−

40

to

+8

54

.72

, 4

.62

, 4

.47, 4.3

7,

3.0

75

, 2

.92

, 2

.62

Activ

e-Lo

wC

MO

S P

ush-

Pull

350

45

3-p

in S

OT-

23B

N/A

MC

P10

11

.0 t

o 5

.5−

40

to

+8

54

.72

, 4

.62

, 4

.47, 4.3

7,

3.0

75

, 2

.92

, 2

.62

Activ

e-H

igh

CM

OS

Pus

h-Pu

ll350

45

3-p

in T

O-9

2,

3-p

in

SO

T-23B

D, H

MC

P81

01

.0 t

o 5

.5−

40

to

+8

54

.72

, 4

.62

, 4

.47, 4.3

7,

3.0

75

, 2

.92

, 2

.62

Activ

e-H

igh

CM

OS

Pus

h-Pu

ll350

45

3-p

in S

OT-

23B

N/A

MC

P12

01

.0 t

o 5

.5−

40

to

+8

54

.72

, 4

.62

, 4

.47, 4.3

7,

3.0

75

, 2

.92

, 2

.62

Activ

e-Lo

wO

pen-

Dra

in350

45

3-p

in T

O-9

2,

3-p

in

SO

T-23,

8-p

in S

OIC

D, G

, H

MC

P13

01

.0 t

o 5

.5−

40

to

+8

54

.72

, 4

.62

, 4

.47, 4.3

7,

3.0

75

, 2

.92

, 2

.62

Activ

e-Lo

wO

pen-

Dra

in

w/5

kO

hm

Pull-

up350

45

3-p

in T

O-9

2,

3-p

in

SO

T-23,

8-p

in S

OIC

D, F

, H

TC12

32

4.5

to

5.5

−4

0 t

o +

85

4.6

2, 4

.37

Activ

e-Lo

w/H

igh

Ope

n-D

rain

610

50

Wat

chdo

g Ti

mer

8-p

in P

DIP

, 8-p

in

SO

IC,

16-p

in S

OIC

N/A

TC32

M4

.5 t

o 5

.5−

40

to

+8

54

.5Ac

tive-

Low

Ope

n-D

rain

700

50

Wat

chdo

g Ti

mer

3-p

in T

O-9

2,

3-p

in

SO

T-223

N/A

not

e 1

: O

ther

res

et v

olta

ge o

ptio

ns a

vaila

ble:

2.0

V to

4.7

V in

100 m

V in

crem

ents

. C

onta

ct lo

cal M

icro

chip

sal

es o

ffic

e.

Po

Wer

ma

na

gem

enT:

Vol

tage

det

ecto

rs

Par

t #

Vcc r

ange

(V

)

ope

ratin

g Te

mp.

ran

ge

(°c)

nom

inal

res

et

Volta

ge (

V)r

eset

Typ

eo

utpu

tm

inim

um

res

et P

ulse

W

idth

(m

s)

Typi

cal

sup

ply

cur

rent

(µa

)Fe

atur

esPac

kage

s

MC

P11

11

.0 t

o 5

.5−

40

to

+1

25

4.6

3, 4

.38

, 3

.08

, 2.9

3,

2.6

3, 2

.32

, 1

.90

Activ

e-Lo

wO

pen-

Dra

in–

13-p

in S

OT-

23B

, 3-p

in T

O-9

2,

3-p

in S

C-7

0,

3-p

in S

OT-

89

MC

P11

21

.0 t

o 5

.5−

40

to

+1

25

4.6

3, 4

.38

, 3

.08

, 2.9

3,

2.6

3, 2

.32

, 1

.90

Activ

e-Lo

wC

MO

S P

ush-

Pull

–1

3-p

in S

OT-

23B

, 3-p

in T

O-9

2,

3-p

in S

C-7

0,

3-p

in S

OT-

89

TC52

1.5

to

10

−4

0 t

o +

85

4.5

/2.7

, 3

.0/2

.7Ac

tive-

Low

Ope

n-D

rain

–2

Dua

l cha

nnel

5-p

in S

OT-

23A

TC54

0.7

to

10

−4

0 t

o +

85

4.3

, 4

.2, 3

.0, 2

.9, 2.7

, 2

.1, 1

.4Ac

tive-

Low

CM

OS

Pus

h-Pu

ll or

Ope

n-D

rain

–1

3-p

in S

OT-

23A,

3-p

in S

OT-

89,

3-p

in T

O-9

2

Po

Wer

ma

na

gem

enT:

Pow

er m

osFe

T d

rive

rs

Par

t #

con

figur

atio

no

pera

ting

Tem

p.

ran

ge (

°c)

Pea

k o

utpu

t cur

rent

(a

)

out

put

res

ista

nce

(rh/r

l)

(max

. W @

25

°c)

max

imum

sup

ply

Volta

ge (

V)In

put/

out

put

del

ay

(td1

, td2

)(1) (

ns)

Pac

kage

s

low

-sid

e d

rive

rs, 0

.5a

to

1.2

a P

eak

out

put

cur

rent

MC

P14

01

Sin

gle,

Inve

rtin

g−40 t

o +125

0.5

18/1

618

40/4

05-p

in S

OT-

23

MC

P14

02

Sin

gle,

Non

-inve

rtin

g−40 t

o +125

0.5

18/1

618

40/4

05-p

in S

OT-

23

TC14

10

Sin

gle,

Inve

rtin

g−40 t

o +85

0.5

22/2

216

30/3

08-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC14

10

NS

ingl

e, N

on-in

vert

ing

−40 t

o +85

0.5

22/2

216

30/3

08-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC14

11

Sin

gle,

Inve

rtin

g−40 t

o +85

1.0

11/1

116

30/3

08-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC14

11

NS

ingl

e, N

on-in

vert

ing

−40 t

o +85

1.0

11/1

116

30/3

08-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC14

26

Dua

l, In

vert

ing

0 t

o +70

1.2

18/1

816

75/7

58-p

in P

DIP

, 8-p

in S

OIC

not

e 1

: td

1 =

del

ay t

ime

from

inpu

t lo

w-to

-hig

h tr

ansi

tion

to o

utpu

t tr

ansi

tion.

td2

= d

elay

tim

e fr

om in

put

high

-to-lo

w t

rans

ition

to

outp

ut t

rans

ition

.


Po

Wer

ma

na

gem

enT:

Pow

er m

osFe

T d

rive

rs (

con

tinue

d)

Par

t #

con

figur

atio

no

pera

ting

Tem

p.

ran

ge (

°c)

Pea

k o

utpu

t cur

rent

(a

)

out

put

res

ista

nce

(rh/r

l)

(max

. W @

25

°c)

max

imum

sup

ply

Volta

ge (

V)In

put/

out

put

del

ay

(td1

, td2

)(1) (

ns)

Pac

kage

s

low

-sid

e d

rive

rs, 0

.5a

to

1.2

a P

eak

out

put

cur

rent

(con

tinue

d)

TC14

27

Dua

l, N

on-in

vert

ing

0 t

o +70

1.2

18/1

816

75/7

58-p

in P

DIP

, 8-p

in S

OIC

TC14

28

Dua

l, In

vert

ing

and

Non

-inve

rtin

g0 t

o +70

1.2

18/1

816

75/7

58-p

in P

DIP

, 8-p

in S

OIC

TC44

67

Qua

d, In

vert

ing

−40 t

o +85

1.2

15/1

518

40/4

014-p

in P

DIP

, 16-p

in S

OIC

(W

)

TC44

68

Qua

d, N

on-in

vert

ing

−40 t

o +85

1.2

15/1

518

40/4

014-p

in P

DIP

, 16-p

in S

OIC

(W

)

TC44

69

Qua

d, N

on-in

vert

ing

−40 t

o +85

1.2

15/1

518

40/4

014-p

in P

DIP

, 16-p

in S

OIC

(W

)

low

-sid

e d

rive

rs, 1

.5a

Pea

k o

utpu

t cur

rent

MC

P14

15

Sin

gle,

Inve

rtin

g−40 t

o +125

1.5

7.5

/5.5

18

50/5

55-p

in S

OT-

23

MC

P14

16

Sin

gle,

Non

-inve

rtin

g−40 t

o +125

1.5

7.5

/5.5

18

50/5

55-p

in S

OT-

23

TC44

03

Sin

gle,

Non

-inve

rtin

g Fl

oatin

g Lo

ad D

river

−40 t

o +85

1.5

5/5

18

33/3

88-p

in P

DIP

TC44

04

Dua

l, In

vert

ing

−40 t

o +85

1.5

10/1

018

15/3

28-p

in P

DIP

, 8-p

in S

OIC

TC44

05

Dua

l, N

on-in

vert

ing

−40 t

o +85

1.5

10/1

018

15/3

28-p

in P

DIP

, 8-p

in S

OIC

TC44

26

AD

ual,

Inve

rtin

g−40 t

o +125

1.5

9/9

18

30/3

08-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

TC44

27

AD

ual,

Non

-inve

rtin

g−40 t

o +125

1.5

9/9

18

30/3

08-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

TC44

28

AD

ual,

Inve

rtin

g an

d N

on-in

vert

ing

−40 t

o +125

1.5

9/9

18

30/3

08-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

TC44

26

Dua

l, In

vert

ing

−40 t

o +125

1.5

10/1

018

20/4

08-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN,

8-p

in M

SO

P

TC44

27

Dua

l, N

on-in

vert

ing

−40 t

o +125

1.5

10/1

018

20/4

08-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN,

8-p

in M

SO

P

TC44

28

Dua

l, In

vert

ing

and

Non

-inve

rtin

g−40 t

o +125

1.5

10/1

018

20/4

08-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN,

8-p

in M

SO

P

TC42

6D

ual,

Inve

rtin

g−40 t

o +85

1.5

15/1

018

50/7

58-p

in P

DIP

, 8-p

in S

OIC

TC42

7D

ual,

Non

-inve

rtin

g−40 t

o +85

1.5

15/1

018

50/7

58-p

in P

DIP

, 8-p

in S

OIC

TC42

8D

ual,

Inve

rtin

g an

d N

on-in

vert

ing

−40 t

o +85

1.5

15/1

018

50/7

58-p

in P

DIP

, 8-p

in S

OIC

TC14

12

Sin

gle,

Inve

rtin

g−40 t

o +85

26/6

16

35/3

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC14

12

NS

ingl

e, N

on-in

vert

ing

−40 t

o +85

26/6

16

35/3

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P14

E6D

ual,

Inve

rtin

g−40 t

o +125

22.2

/2.8

18

45/4

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

MC

P14

E7D

ual,

Non

-inve

rtin

g−40 t

o +125

22.2

/2.8

18

45/4

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

MC

P14

E8D

ual,

Inve

rtin

g an

d N

on-in

vert

ing

−40 t

o +125

22.2

/2.8

18

45/4

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

MC

P14

E9D

ual,

Inve

rtin

g−40 t

o +125

32.2

/2.8

18

75/7

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

MC

P14

E10

Dua

l, N

on-in

vert

ing

−40 t

o +125

32.2

/2.8

18

75/7

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

MC

P14

E11

Dua

l, In

vert

ing

and

Non

-inve

rtin

g−40 t

o +125

32.2

/2.8

18

75/7

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

low

-sid

e d

rive

rs, 2

.0a

to

12

.0a

Pea

k o

utpu

t cur

rent

TC141

3S

ingl

e, In

vert

ing

−40 t

o +85

34/4

16

35/3

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC14

13

NS

ingl

e, N

on-in

vert

ing

−40 t

o +85

34/4

16

35/3

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

TC44

23

AD

ual,

Inve

rtin

g−40 t

o +125

33 (ty

p)/4

(ty

p)18

40 (

typ)

/40 (

typ)

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

TC44

24

AD

ual,

Non

-inve

rtin

g−40 t

o +125

33 (ty

p)/4

(ty

p)18

40 (

typ)

/40 (

typ)

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

TC44

25

AD

ual,

Inve

rtin

g an

d N

on-in

vert

ing

−40 t

o +125

33 (ty

p)/4

(ty

p)18

40 (

typ)

/40 (

typ)

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in D

FN

TC44

23

Dua

l, In

vert

ing

−40 t

o +125

35/5

18

33/3

88-p

in P

DIP

, 16-p

in S

OIC

(W

), 8

-pin

DFN

TC44

24

Dua

l, N

on-in

vert

ing

−40 t

o +125

35/5

18

33/3

88-p

in P

DIP

, 16-p

in S

OIC

(W

), 8

-pin

DFN

TC44

25

Dua

l, In

vert

ing

and

Non

-inve

rtin

g−40 t

o +125

35/5

18

33/3

88-p

in P

DIP

, 16-p

in S

OIC

(W

), 8

-pin

DFN

MC

P14

E3D

ual,

Inve

rtin

g−40 t

o +125

4.0

3.5

/3.0

18

55/5

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in 6

× 5

DFN

MC

P14

E4D

ual,

Non

-inve

rtin

g−40 t

o +125

4.0

3.5

/3.0

18

55/5

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in 6

× 5

DFN

MC

P14

E5D

ual,

Inve

rtin

g an

d N

on-in

vert

ing

−40 t

o +125

4.0

3.5

/3.0

18

55/5

58-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in 6

× 5

DFN

MC

P14

03

Dua

l, In

vert

ing

−40 t

o +125

4.5

3/3

.518

48/4

88-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in 6

× 5

DFN

,

16-p

in S

OIC

not

e 1

: td

1 =

del

ay t

ime

from

inpu

t lo

w-to

-hig

h tr

ansi

tion

to o

utpu

t tr

ansi

tion.

td2

= d

elay

tim

e fr

om in

put

high

-to-lo

w t

rans

ition

to

outp

ut t

rans

ition

.


Po

Wer

ma

na

gem

enT:

Pow

er m

osFe

T d

rive

rs (

con

tinue

d)

Par

t #

con

figur

atio

no

pera

ting

Tem

pera

ture

r

ange

(°

c)

Pea

k o

utpu

t cur

rent

(a

)

out

put

res

ista

nce

(rh/r

l)

(max

. W @

25

°c)

max

imum

sup

ply

Volta

ge (

V)In

put/

out

put

del

ay

(td1

, td2

)(1) (

ns)

Pac

kage

s

low

-sid

e d

rive

rs, 2

.0a

to

12

.0a

Pea

k o

utpu

t cur

rent

(con

tined

)

MC

P14

04

Dua

l, N

on-in

vert

ing

−4

0 t

o +

125

4.5

3/3

.518

48/4

88-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in 6

× 5

DFN

, 16-p

in S

OIC

MC

P14

05

Dua

l, In

vert

ing

and

Non

-inve

rtin

g−

40

to

+125

4.5

3/3

.518

48/4

88-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in 6

× 5

DFN

, 16-p

in S

OIC

MC

P14

06

Sin

gle,

Inve

rtin

g−

40

to

+125

61.8

(ty

p)/2

.0 (ty

p)18

30/3

05-p

in T

O-2

20,

8-p

in P

DIP

, 8-p

in 6

× 5

DFN

, 8-p

in S

OIC

MC

P14

07

Sin

gle,

Non

-inve

rtin

g−

40

to

+125

61.8

(ty

p)/2

.0 (ty

p)18

30/3

05-p

in T

O-2

20,

8-p

in P

DIP

, 8-p

in 6

× 5

DFN

, 8-p

in S

OIC

TC42

9S

ingl

e, In

vert

ing

−4

0 t

o +

85

62.5

/2.5

18

53/6

08-p

in P

DIP

, 8-p

in D

FN,

8-p

in S

OIC

TC44

20

Sin

gle,

Non

-inve

rtin

g−

40

to

+125

62.8

/2.5

18

55/5

58-p

in P

DIP

, 8-p

in S

OIC

, 5-p

in T

O-2

20,

8-p

in D

FN

TC44

29

Sin

gle,

Inve

rtin

g−

40

to

+125

62.8

/2.5

18

55/5

58-p

in P

DIP

, 8-p

in S

OIC

, 5-p

in T

O-2

20,

8-p

in D

FN

TC44

21

Sin

gle,

Inve

rtin

g−

40

to

+125

91.4

(ty

p)/1

.718

30/3

38-p

in P

DIP

, 5-p

in T

O-2

20,

8-p

in D

FN

TC44

21

AS

ingl

e, In

vert

ing

−4

0 t

o +

125

91.2

5 (ty

p)/1

.518

38/4

28-p

in P

DIP

, 8-p

in S

OIC

, 5-p

in T

O-2

20,

8-p

in 6

× 5

DFN

TC44

22

Sin

gle,

Non

-inve

rtin

g−

40

to

+125

91.4

(ty

p)/1

.718

30/3

38-p

in P

DIP

, 5-p

in T

O-2

20,

8-p

in D

FN

TC44

22

AS

ingl

e, N

on-in

vert

ing

−4

0 t

o +

125

91.2

5 (ty

p)/1

.518

38/4

28-p

in P

DIP

, 8-p

in S

OIC

, 5-p

in T

O-2

20,

8-p

in 6

× 5

DFN

TC44

51

Sin

gle,

Inve

rtin

g−

40

to

+125

12

0.6

(ty

p)/1

.518

15/1

58-p

in S

OIC

, 8-p

in P

DIP

, 8-p

in 6

× 5

DFN

, 5-p

in T

O-2

20,

5-p

in D

DPA

K

TC44

52

Sin

gle,

Non

-inve

rtin

g−

40

to

+125

12

0.6

(ty

p)/1

.518

15/1

58-p

in S

OIC

, 8-p

in P

DIP

, 8-p

in 6

× 5

DFN

, 5-p

in T

O-2

20,

5-p

in D

DPA

K

hig

h-sid

e/lo

w-s

ide

drive

rs

TC46

26

Sin

gle,

Inve

rtin

g−

40

to

+85

1.5

15/1

06

35/4

58-p

in P

DIP

, 16-p

in S

OIC

(W

)

TC46

27

Sin

gle,

Non

-inve

rtin

g−

40

to

+85

1.5

15/1

06

35/4

58-p

in P

DIP

, 16-p

in S

OIC

(W

)

TC44

31

Sin

gle,

Inve

rtin

g−

40

to

+85

1.5

10/1

030

62/7

88-p

in P

DIP

, 8-p

in S

OIC

TC44

32

Sin

gle,

Non

-inve

rtin

g−

40

to

+85

1.5

10/1

030

62/7

88-p

in P

DIP

, 8-p

in S

OIC

syn

chro

nous

Buc

k h

igh-

sid

e d

rive

rs

MC

P14

62

8D

ual,

Non

-inve

rtin

g−

40

to

+85

22.5

/2.5

5 (Vd

d),

36 (B

oot

Pin)

18/2

08-p

in S

OIC

, 8-p

in 3

× 3

DFN

MC

P14

70

0D

ual,

Non

-inve

rtin

g−

40

to

+125

22.5

/2.5

5 (Vd

d),

36 (B

oot

Pin)

25/2

58-p

in S

OIC

, 8-p

in 3

× 3

DFN

not

e 1

: td

1 =

del

ay t

ime

from

inpu

t lo

w-to

-hig

h tr

ansi

tion

to o

utpu

t tr

ansi

tion.

td2

= d

elay

tim

e fr

om in

put

high

-to-lo

w t

rans

ition

to

outp

ut t

rans

ition

.

Po

Wer

ma

na

gem

enT:

Pow

er m

osFe

Ts

Par

t #

Vds

(V)

con

figur

atio

nPol

arity

rds

(on

) @

4.5

V (m

Ω, m

ax.)

rds

(on

) @

10

V (m

Ω, m

ax.)

Qg

@ 4

.5V

(nc,

max

.)Id

(a

, max

. @

25°c

, Tca

se)

Vgs

(th)

(V,

min

.)Q

gd (

nc, T

yp.)

rg

(Ω, T

yp.)

Pac

kage

s

MC

P87

02

22

5S

ingl

eN

2.6

2.3

29

100

19

1.2

8-p

in P

DFN

MC

P87

05

02

5S

ingl

eN

65

15

100

14.7

1.1

8-p

in P

DFN

MC

P87

05

52

5S

ingl

eN

76

14

60

1.1

4.5

2.1

8-p

in P

DFN

Po

Wer

ma

na

gem

enT:

Bat

tery

cha

rger

s

Par

t #

mod

ecel

l Typ

e#

of

cel

lsVc

c r

ange

(V)

cel

l Vol

tage

(V)

max

imum

cha

rgin

g cur

rent

(m

a)

max

. Vol

tage

r

egul

atio

n (%

)

Int/

ext

FeT

Feat

ures

Pac

kage

s

MC

P73

11

3Li

near

Li-io

n/Li

-Pol

ymer

14

to

16

4.1

, 4.2

, 4.3

5, 4

.41100

±0.5

Int

6.5

V O

verv

olta

ge P

rote

ctio

n10-p

in 3

× 3

DFN

MC

P73

11

4Li

near

Li-io

n/Li

-Pol

ymer

14

to

16

4.1

, 4.2

, 4.3

5, 4

.41100

±0.5

Int

5.8

V O

verv

olta

ge P

rote

ctio

n10-p

in 3

× 3

DFN

MC

P73

12

3Li

near

LiFe

PO4

14

to

16

3.6

1100

±0.5

Int

6.5

V O

verv

olta

ge P

rote

ctio

n, L

iFeP

O4 c

harg

ing

10-p

in 3

× 3

DFN

MC

P73

21

3Li

near

Li-io

n/Li

-Pol

ymer

24

to

16

8.2

, 8.4

, 8.7

, 8.8

1100

±0.6

Int

13V

Ove

rvol

tage

Pro

tect

ion

10-p

in 3

× 3

DFN

MC

P73

22

3Li

near

LiFe

PO4

24

to

16

7.2

1100

±0.6

Int

13V

Ove

rvol

tage

Pro

tect

ion,

LiF

ePO

4 c

harg

ing

10-p

in 3

× 3

DFN

MC

P73

82

6Li

near

Li-Io

n/Li

-Pol

ymer

14

.5 t

o 5

.54.1

, 4.2

N/A

±1.0

Ext

Sm

all s

ize,

cha

rge

curr

ent

set

by e

xter

nal F

ET6-p

in S

OT-

23

MC

P73

82

7Li

near

Li-Io

n/Li

-Pol

ymer

14

.5 t

o 5

.54.1

, 4.2

N/A

±1.0

Ext

Mod

e in

dica

tor,

Cha

rge

curr

ent

mon

itor,

Cha

rge

curr

ent

set

by e

xter

nal F

ET8-p

in M

SO

P

MC

P73

82

8Li

near

Li-Io

n/Li

Pol

ymer

14

.5 t

o 5

.54.1

, 4.2

N/A

±1.0

Ext

Tem

pera

ture

mon

itor,

Cha

rge

curr

ent

set

by e

xter

nal F

ET8-p

in M

SO

P

MC

P73

84

1Li

near

Li-Io

n/Li

-Pol

ymer

14

.5 t

o 1

24.1

, 4.2

N/A

±0.5

Ext

Saf

ety

char

ge tim

ers,

Tem

pera

ture

mon

itor, C

harg

e cu

rren

t se

t by

ext

erna

l FET

10-p

in M

SO

P


Po

Wer

ma

na

gem

enT:

Bat

tery

cha

rger

s (c

ontin

ued)

Par

t #

mod

ecel

l Typ

e#

of

cel

lsVc

c r

ange

(V)

cel

l Vol

tage

(V)

max

imum

cha

rgin

g cur

rent

(m

a)

max

. Vol

tage

r

egul

atio

n (%

)

Int/

ext

FeT

Feat

ures

Pac

kage

s

MC

P73

84

1Li

near

Li-Io

n/Li

-Pol

ymer

14

.5 t

o 12

4.1

, 4.2

N/A

±0.5

Ext

Saf

ety

char

ge t

imer

s, T

empe

ratu

re m

onito

r,

Cha

rge

curr

ent

set

by e

xter

nal F

ET10-p

in M

SO

P

MC

P73

84

2Li

near

Li-Io

n/Li

-Pol

ymer

28

.7 t

o 12

8.2

, 8.4

N/A

±0.5

Ext

Saf

ety

char

ge t

imer

s, T

empe

ratu

re m

onito

r,

Cha

rge

curr

ent

set

by e

xter

nal F

ET10-p

in M

SO

P

MC

P73

84

3Li

near

Li-Io

n/Li

-Pol

ymer

14

.5 t

o 12

4.1

, 4.2

N/A

±0.5

Ext

Saf

ety

char

ge t

imer

s, C

harg

e cu

rren

t se

t by

ext

erna

l FET

8-p

in M

SO

P

MC

P73

84

4Li

near

Li-Io

n/Li

-Pol

ymer

28

.7 t

o 12

8.2

, 8.4

N/A

±0.5

Ext

Saf

ety

char

ge t

imer

s, C

harg

e cu

rren

t se

t by

ext

erna

l FET

8-p

in M

SO

P

MC

P73

81

1Li

near

Li-Io

n/Li

-Pol

ymer

13

.7 t

o 6.0

4.2

500

±1.0

Int

Sel

ecta

ble

char

ge c

urre

nt (

100 m

A, 5

00 m

A),

C

harg

e en

able

inpu

t5-p

in S

OT-

23

MC

P73

81

2Li

near

Li-Io

n/Li

Pol

ymer

13

.7 t

o 6.0

4.2

500

±1.0

Int

Prog

ram

mab

le c

harg

e cu

rren

t (1

00 m

A, 5

00 m

A),

C

harg

e en

able

inpu

t5-p

in S

OT-

23

MC

P73

83

0/L

Line

arLi

-Ion/

Li-P

olym

er1

3.7

5 t

o 6.0

4.2

1000/2

00

±0.7

5In

tS

oft-s

tart

, C

harg

e en

able

pin

6-p

in 2

× 2

TD

FN

MC

P73

83

1Li

near

Li-Io

n/Li

-Pol

ymer

13

.7 t

o 6.0

4.2

, 4.3

5, 4

.4, 4

.5500

±0.7

5In

tU

VLO

, Th

erm

al r

egul

atio

n, P

rogr

amm

able

cha

rge

curr

ent,

Tr

i-sta

te S

TAT

pin

5-p

in S

OT-

23,

8-p

in

2 ×

3 D

FN

MC

P73

83

2Li

near

Li-Io

n/Li

-Pol

ymer

13

.7 t

o 6.0

4.2

, 4.3

5, 4

.4, 4

.5500

±0.7

5In

tU

VLO

, Th

erm

al r

egul

atio

n, P

rogr

amm

able

cha

rge

curr

ent,

O

pen-

drai

n S

TAT

pin

5-p

in S

OT-

23,

8-p

in

2 ×

3 D

FN

MC

P73

85

3Li

near

Li-Io

n/Li

-Pol

ymer

14

.5 t

o 5.5

4.1

, 4.2

500

±0.5

Int

US

B c

ontr

ol,

Saf

ety

char

ge t

imer

s, T

empe

ratu

re m

onito

r,

Ther

mal

reg

ulat

ion

16-p

in 4

× 4

QFN

MC

P73

85

5Li

near

Li-Io

n/Li

-Pol

ymer

14

.5 t

o 5.5

4.1

, 4.2

500

±0.5

Int

US

B c

ontr

ol,

Saf

ety

char

ge t

imer

s, T

herm

al r

egul

atio

n10-p

in 3

× 3

DFN

MC

P73

83

3Li

near

Li-Io

n/Li

-Pol

ymer

13

.7 t

o 6.0

4.2

, 4.3

5, 4

.4, 4

.51000

±0.7

5In

tU

VLO

, Th

erm

al r

egul

atio

n, T

herm

isto

r in

put,

LD

O T

est

mod

e,

Mul

tiple

Vr

eg o

utpu

ts,

Saf

ety

timer

, Po

wer

goo

d ou

tput

10-p

in 3

× 3

DFN

,

10-p

in M

SO

P

MC

P73

83

4Li

near

Li-Io

n/Li

-Pol

ymer

13

.7 t

o 6.0

4.2

, 4.3

5, 4

.4, 4

.51000

±0.7

5In

tU

VLO

, Th

erm

al r

egul

atio

n, T

herm

isto

r in

put,

LD

O T

est

mod

e,

Mul

tiple

Vre

g ou

tput

s, S

afet

y tim

er,

Tim

er e

nabl

e in

put

10-p

in 3

× 3

DFN

,

10-p

in M

SO

P

MC

P73

83

7Li

near

Li-Io

n/Li

-Pol

ymer

13

.7 t

o 6.0

4.2

, 4.3

5, 4

.4, 4

.51000

±0.7

5In

tD

ual i

nput

(U

SB

, D

C in

put

from

ada

pter

) au

to-s

witc

hing

, U

VLO

, Th

erm

al r

egul

atio

n, T

herm

isto

r in

put,

Pow

er g

ood

outp

ut10-p

in 3

× 3

DFN

,

10-p

in M

SO

P

MC

P73

83

8Li

near

Li-Io

n/Li

Pol

ymer

13

.7 t

o 6.0

4.2

, 4.3

5, 4

.4, 4

.51000

±0.7

5In

tD

ual i

nput

(U

SB

, D

C in

put

from

ada

pter

) au

to-s

witc

hing

, U

VLO

, Th

erm

al r

egul

atio

n, T

imer

ena

ble

inpu

t10-p

in 3

× 3

DFN

,

10-p

in M

SO

P

MC

P73

87

1Li

near

Li-Io

n/Li

-Pol

ymer

13

.75 t

o 6.0

4.1

, 4.2

, 4.3

5, 4

.41500 (A/

C

Adap

ter)

500 (U

SB

)±0.5

Int

Sim

ulta

neou

s ch

argi

ng o

f lo

ad a

nd b

atte

ry,

Load

-dep

ende

nt

char

ging

, M

ultip

le p

rogr

amm

able

cha

rge

curr

ents

20-p

in 4

× 4

QFN

,

20-p

in S

SO

P

Po

Wer

ma

na

gem

enT:

hot

sw

ap c

ontr

olle

rs

Par

t #

num

ber

of o

utpu

tsVp

os t

o Vn

eg

diff

eren

tial V

olta

ge

(V)

Junc

tion

Tem

pera

ture

r

ange

(°

c)

oVl

ou

Vlo

Pow

er g

ood

Int/

ext

FeT

app

licat

ions

Pac

kage

s

MC

P18

48

01

−0

.3 t

o +

15

.0−40 t

o +85

Adju

stab

leAd

just

able

Adju

stab

leEx

t−48V

Tele

com

/Dat

acom

, B

us/B

ackp

lane

20-p

in S

SO

P

lIn

ear

lIn

ear

: o

p a

mps

Par

t #

# p

er

Pac

kage

gB

WP

Iq T

ypic

al

(µa

)Vo

s m

ax

(mV)

Typi

cal I

nput

B

ias

cur

rent

(p

a)

Inpu

t Vo

ltage

n

oise

den

sity

(n

V/rt

hz)

ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

r

ange

(°

c)

Feat

ures

Pac

kage

s

MC

P64

41

19

kH

z0

.45

4.5

1190

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t5-p

in S

OT-

23

(S) ,

5-p

in S

C-7

0(S

)

MC

P64

42

29

kH

z0

.45

4.5

1190

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 T

DFN

MC

P64

44

49

kH

z0

.45

4.5

1190

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P60

31

11

0 k

Hz

0.9

0.1

51

165

(1)

1.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 D

FN, 5-p

in S

OT-

23

MC

P60

32

21

0 k

Hz

0.9

0.1

51

165

(1)

1.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in M

SO

P

MC

P60

33

11

0 k

Hz

0.9

0.1

51

165

(1)

1.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, C

hip

sele

ct8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 D

FN

MC

P60

34

41

0 k

Hz

0.9

0.1

51

165

(1)

1.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P60

41

11

4 k

Hz

0.6

31

170

(1)

1.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 5

-pin

SO

T-23

(S)

lege

nd:

S =

Sta

ndar

d Pi

nout

; R

= R

ever

se P

inou

t; U

= A

ltern

ativ

e Pi

nout

n

ote

1:

Valu

es a

re t

ypic

al a

t 1 k

Hz

2:

Valu

es a

re t

ypic

al a

t 10 k

Hz


lIn

ear

: o

p a

mps

(con

tinue

d)

Par

t #

# p

er

Pac

kage

gB

WP

Iq

Typi

cal

(µa

)

Vos

max

(m

V)

Typi

cal I

nput

B

ias

cur

rent

(p

a)

Inpu

t Vo

ltage

n

oise

den

sity

(n

V/rt

hz)

ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

r

ange

(°

c)

Feat

ures

Pac

kage

s

MC

P60

42

21

4 k

Hz

0.6

31

170

(1)

1.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P60

43

11

4 k

Hz

0.6

31

170

(1)

1.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, C

hip

sele

ct8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 6

-pin

SO

T-23

(S)

MC

P60

44

41

4 k

Hz

0.6

31

170

(1)

1.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P61

41

11

00

kH

z0

.63

1170

(1)

1.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, G

>10 s

tabl

e5-p

in S

OT-

23

(S) ,

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P61

42

21

00

kH

z0

.63

1170

(1)

1.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, G

>10 s

tabl

e8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P61

43

11

00

kH

z0

.63

1170

(1)

1.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, G

>10 s

tabl

e,

Chi

p se

lect

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 6

-pin

SO

T-23

(S)

MC

P61

44

41

00

kH

z0

.63

1170

(1)

1.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, G

>10 s

tabl

e14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P60

61

15

5 k

Hz

19

0.2

51

38

(1)

2.5

to

6.0

−40 t

o +85

Rai

l-to-

Rai

l Out

put

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in T

SS

OP,

5-p

in S

OT2

3(S

)

MC

P60

72

15

5 k

Hz

19

0.2

51

38

(1)

2.5

to

6.0

−40 t

o +85

Rai

l-to-

Rai

l Out

put

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in T

SS

OP

MC

P60

81

15

5 k

Hz

19

0.2

51

38

(1)

2.5

to

6.0

−40 t

o +85

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in T

SS

OP

MC

P60

94

15

5 k

Hz

19

0.2

51

38

(1)

2.5

to

6.0

−40 t

o +85

Rai

l-to-

Rai

l Out

put

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P61

61

19

0 k

Hz

19

0.1

51

50

00

32

(1)

2.3

to

5.5

−40 t

o +85

Rai

l-to-

Rai

l Out

put,

PN

P in

put

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P61

72

19

0 k

Hz

19

0.1

51

50

00

32

(1)

2.3

to

5.5

−40 t

o +85

Rai

l-to-

Rai

l Out

put,

PN

P in

put

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P61

81

19

0 k

Hz

19

0.1

51

50

00

32

(1)

2.3

to

5.5

−40 t

o +85

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

, PN

P in

put

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P61

94

19

0 k

Hz

19

0.1

51

50

00

32

(1)

2.3

to

5.5

−40 t

o +85

Rai

l-to-

Rai

l Out

put,

PN

P in

put

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P62

31

13

00

kH

z2

05

152

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3

TDFN

, 5-p

in S

C-7

0(U

) , 5-p

in S

OT-

23

(S,

R,

U)

MC

P62

32

23

00

kH

z2

05

1

52

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 T

DFN

MC

P62

34

43

00

kH

z2

05

152

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P60

51

13

85

kH

z3

00

.15

134

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in 2

× 3

DFN

, 5-p

in S

OT-

23(S

)

MC

P60

52

23

85

kH

z3

00

.15

134

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in 2

× 3

DFN

MC

P60

54

43

85

kH

z3

00

.15

134

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P62

41

15

50

kH

z5

05

145

(1)

1.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3

TDFN

, 5-p

in S

C-7

0(U

) , 5-p

in S

OT-

23

(S ,

R,

U)

MC

P62

42

25

50

kH

z5

05

145

(1)

1.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P62

44

45

50

kH

z5

05

145

(1)

1.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P60

61

17

30

kH

z6

00

.15

125

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in 2

× 3

DFN

, 5-p

in S

OT-

23

(S)

MC

P60

62

27

30

kH

z6

00

.15

125

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in 2

× 3

DFN

MC

P60

64

47

30

kH

z6

00

.15

125

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P60

01

11

MH

z1

00

4.5

128

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t5-p

in S

OT-

23

(S,

R,

U) ,

5-p

in S

C-7

0(R

)

MC

P60

02

21

MH

z1

00

4.5

128

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 D

FN

MC

P60

04

41

MH

z1

00

4.5

128

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P64

01

11

MH

z4

54

.51

28

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t5-p

in S

OT-

23

(S,

R,

U) ,

5-p

in S

C-7

0(R

)

MC

P64

02

21

MH

z4

54

.51

28

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P64

04

41

MH

z4

54

.51

28

(1)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P6L0

11

1 M

Hz

85

52

24

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t5-p

in S

OT-

23

(S,

R,

U) ,

5-p

in S

C-7

0(S

)

MC

P6L0

22

1 M

Hz

85

52

24

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6L0

44

1 M

Hz

85

52

24

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P60

71

11

.2 M

Hz

11

00

.15

119

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in 2

× 3

DFN

, 5-p

in S

OT-

23

(S)

MC

P60

72

21

.2 M

Hz

11

00

.15

119

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in 2

× 3

DFN

MC

P60

74

41

.2 M

Hz

11

00

.15

119

(2)

1.8

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P6H

01

11

.2 M

Hz

13

53

.51

035

(1)

Sin

gle

Sup

ply:

3.5

to

16

Dua

l Sup

ply:

±1.7

5 t

o ±8

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN,

5-p

in S

OT-

23

(S) ,

5-p

in S

C-7

0(S

)

MC

P6H

02

21

.2 M

Hz

13

53

.51

035

(1)

Sin

gle

Sup

ply:

3.5

to

16

Dua

l Sup

ply:

±1.7

5 t

o ±8

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P6H

04

41

.2 M

Hz

13

53

.51

035

(1)

Sin

gle

Sup

ply:

3.5

to

16

Dua

l Sup

ply:

±1.7

5 t

o ±8

−40 t

o +125

Rai

l-to-

Rai

l Out

put

14-p

in S

OIC

, 14-p

in T

SS

OP

lege

nd:

S =

Sta

ndar

d Pi

nout

; R

= R

ever

se P

inou

t; U

= A

ltern

ativ

e Pi

nout

n

ote

1:

Valu

es a

re t

ypic

al a

t 1 k

Hz

2:

Valu

es a

re t

ypic

al a

t 10 k

Hz


lIn

ear

: o

p a

mps

(con

tinue

d)

Par

t #

# p

er

Pac

kage

gB

WP

Iq T

ypic

al

(µa

)Vo

s m

ax

(mV)

Typi

cal I

nput

B

ias

cur

rent

(p

a)

Inpu

t Vo

ltage

n

oise

den

sity

(n

V/rt

hz)

ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

r

ange

(°

c)

Feat

ures

Pac

kage

s

MC

P62

71

12

MH

z1

70

31

20

(1)

2.0

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 5

-pin

SO

T-23

(S, R

)

MC

P62

72

22

MH

z1

70

31

20

(1)

2.0

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P62

73

12

MH

z1

70

31

20

(1)

2.0

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, C

hip

sele

ct8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 6

-pin

SO

T-23

(S)

MC

P62

74

42

MH

z1

70

31

20

(1)

2.0

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P62

75

22

MH

z1

50

3

120

(1)

2.0

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t,

Dua

l con

nect

ed,

Chi

p se

lect

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P64

71

12

MH

z1

00

11

27

(1)

2.0

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t5-p

in S

OT-

23

(S) ,

5-p

in S

C-7

0(S

)

MC

P6L7

11

2 M

Hz

15

04

119

(2)

2.0

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

(S) ,

8-p

in M

SO

P(S) ,

5-p

in S

OT-

23

(S,

R)

MC

P6L7

22

2 M

Hz

15

04

119

(2)

2.0

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6L7

44

2 M

Hz

15

04

119

(2)

2.0

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P6H

71

12

.7 M

Hz

48

04

10

28

(1)

Sin

gle

Sup

ply:

3.5

to

12

Dua

l Sup

ply:

±1.7

5 t

o ±6

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P6H

72

22

.7 M

Hz

48

04

10

28

(1)

Sin

gle

Sup

ply:

3.5

to

12

Dua

l Sup

ply:

±1.7

5 t

o ±6

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P6H

74

42

.7 M

Hz

48

04

10

28

(1)

Sin

gle

Sup

ply:

3.5

to

12

Dua

l Sup

ply:

±1.7

5 t

o ±6

−40 t

o +125

Rai

l-to-

Rai

l Out

put

14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P60

11

2.8

MH

z2

30

21

29

(1)

2.7

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in T

SS

OP,

5-p

in S

OT-

23

(S, R

)

MC

P60

22

2.8

MH

z2

30

21

29

(1)

2.7

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in T

SS

OP

MC

P60

31

2.8

MH

z2

30

21

29

(1)

2.7

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in T

SS

OP,

6-p

in S

OT-

23

(S)

MC

P60

44

2.8

MH

z2

30

21

29

(1)

2.7

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Out

put

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P6L1

12

.8 M

Hz

20

03

121

(2)

2.7

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

(S) ,

8-p

in M

SO

P(S) ,

5-p

in S

OT-

23

(S,

R)

MC

P6L2

22

.8 M

Hz

20

03

121

(2)

2.7

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6L4

42

.8 M

Hz

20

03

121

(2)

2.7

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Out

put

14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P62

86

13

.5 M

Hz

54

01

.51

5.4

(2)

2.2

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Low

noi

se5-p

in S

OT-

23

(S,

R)

MC

P64

81

14

MH

z2

40

11

23

(1)

2.2

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t5-p

in S

OT-

23

(S) ,

5-p

in S

C-7

0(S

)

MC

P62

81

15

MH

z4

45

31

16

(1)

2.2

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 5

-pin

SO

T-23

(S, R

)

MC

P62

82

25

MH

z4

45

31

16

(1)

2.2

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P62

83

15

MH

z4

45

31

16

(1)

2.2

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, C

hip

sele

ct8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 6

-pin

SO

T-23

(S, R

)

MC

P62

84

45

MH

z4

45

31

16

(1)

2.2

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P62

85

25

MH

z4

00

31

16

(1)

2.2

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, D

ual

conn

ecte

d, C

hip

sele

ct8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6H

81

15

.5 M

Hz

70

04

10

23

(1)

Sin

gle

Sup

ply:

3.5

to

12

Dua

l Sup

ply:

±1.7

5 t

o ±6

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P6H

82

25

.5 M

Hz

70

04

10

23

(1)

Sin

gle

Sup

ply:

3.5

to

12

Dua

l Sup

ply:

±1.7

5 t

o ±6

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P6H

84

45

.5 M

Hz

70

04

10

23

(1)

Sin

gle

Sup

ply:

3.5

to

12

Dua

l Sup

ply:

±1.7

5 t

o ±6

−40 t

o +125

Rai

l-to-

Rai

l Out

put

14-p

in S

OIC

, 14-p

in 2

× 3

TD

FN

MC

P64

91

17

.5 M

Hz

53

01

119

(1)

2.4

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t5-p

in S

OT-

23

(S) ,

5-p

in S

C-7

0(S

)

MC

P60

21

11

0 M

Hz

10

00

0.5

18.7

(2)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, 1

/2 V

cc V

ref

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in T

SS

OP,

8-p

in M

SO

P,

5-p

in S

OT-

23

(S,

R)

MC

P60

22

21

0 M

Hz

10

00

0.5

18.7

(2)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in T

SS

OP

MC

P60

23

11

0 M

Hz

10

00

0.5

18.7

(2)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, C

hip

sele

ct,

1/2

Vc

c V

ref

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in T

SS

OP

MC

P60

24

41

0 M

Hz

10

00

0.5

18.7

(2)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P62

91

11

0 M

Hz

10

00

31

8.7

(2)

2.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 5

-pin

SO

T-23

(S, R

)

MC

P62

92

21

0 M

Hz

10

00

31

8.7

(2)

2.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

lege

nd:

S =

Sta

ndar

d Pi

nout

; R

= R

ever

se P

inou

t; U

= A

ltern

ativ

e Pi

nout

n

ote

1:

Valu

es a

re t

ypic

al a

t 1 k

Hz

2:

Valu

es a

re t

ypic

al a

t 10 k

Hz


lIn

ear

: o

p a

mps

(con

tinue

d)

Par

t #

# p

er

Pac

kage

gB

WP

Iq T

ypic

al

(µa

)Vo

s m

ax

(mV)

Typi

cal I

nput

B

ias

cur

rent

(p

a)

Inpu

t Vo

ltage

n

oise

den

sity

(n

V/rt

hz)

ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

r

ange

(°

c)

Feat

ures

Pac

kage

s

MC

P62

93

11

0 M

Hz

10

00

31

8.7

(2)

2.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, C

hip

sele

ct8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 6

-pin

SO

T-23

(S)

MC

P62

94

41

0 M

Hz

10

00

31

8.7

(2)

2.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P62

95

21

0 M

Hz

11

00

31

8.7

(2)

2.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, D

ual

conn

ecte

d, C

hip

sele

ct8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6H

91

11

0 M

Hz

20

00

41

023

(1)

Sin

gle

Sup

ply:

3.5

to

12

Dua

l Sup

ply:

±1.7

5 t

o ±6

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P6H

92

21

0 M

Hz

20

00

41

023

(1)

Sin

gle

Sup

ply:

3.5

to

12

Dua

l Sup

ply:

±1.7

5 t

o ±6

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P6H

94

41

0 M

Hz

20

00

41

023

(1)

Sin

gle

Sup

ply:

3.5

to

12

Dua

l Sup

ply:

±1.7

5 t

o ±6

−40 t

o +125

Rai

l-to-

Rai

l Out

put

14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P6L9

11

10

MH

z8

50

41

9.4

(2)

2.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

(S) ,

8-p

in M

SO

P(S) ,

5-p

in S

OT-

23

(S,

R)

MC

P6L9

22

10

MH

z8

50

41

9.4

(2)

2.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6L9

44

10

MH

z8

50

41

9.4

(2)

2.4

to

6.0

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P62

11

20

MH

z2

50

00

.25

13

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

,

mC

al T

echn

olog

y8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P62

1S

12

0 M

Hz

25

00

0.2

513

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

mC

al T

echn

olog

y5-p

in S

OT-

23

(S)

MC

P62

22

20

MH

z2

50

00

.25

13

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

mC

al T

echn

olog

y8-p

in S

OIC

, 8-p

in 3

× 3

DFN

MC

P62

31

20

MH

z2

50

00

.25

13

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

,

mC

al T

echn

olog

y 6-p

in S

OT-

23

(S)

MC

P62

44

20

MH

z2

50

00

.25

13

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

mC

al T

echn

olog

y14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P62

52

20

MH

z2

50

00

.25

13

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

s,

mC

al T

echn

olog

y10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P62

94

20

MH

z2

50

00

.25

13

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

s,

mC

al T

echn

olog

y16-p

in 4

× 4

QFN

MC

P63

11

24

MH

z2

50

08

410

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN,

5-p

in S

OT-

23

(S)

MC

P63

22

24

MH

z2

50

08

410

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 3

× 3

DFN

MC

P63

31

24

MH

z2

50

08

410

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

8-p

in S

OIC

, 6-p

in S

OT-

23

MC

P63

44

24

MH

z2

50

08

410

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put

14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P63

52

24

MH

z2

50

08

410

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

s10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P63

94

24

MH

z2

50

08

410

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

s16-p

in 4

× 4

QFN

MC

P65

11

50

MH

z6

00

00

.26

7.5

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

,

mC

al T

echn

olog

y8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P65

1S

15

0 M

Hz

60

00

0.2

67.5

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

mC

al T

echn

olog

y5-p

in S

OT-

23

(S)

MC

P65

22

50

MH

z6

00

00

.26

7.5

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

mC

al T

echn

olog

y8-p

in S

OIC

, 8-p

in 3

× 3

DFN

MC

P65

31

50

MH

z6

00

00

.26

7.5

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

,

mC

al T

echn

olog

y 6-p

in S

OT-

23

(S)

MC

P65

44

50

MH

z6

00

00

.26

7.5

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

mC

al T

echn

olog

y14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P65

52

50

MH

z6

00

00

.26

7.5

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

s,

mC

al T

echn

olog

y10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P65

94

50

MH

z6

00

00

.26

7.5

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

s,

mC

al T

echn

olog

y16-p

in 4

× 4

QFN

MC

P66

03

60

MH

z6

00

08

66.8

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put

14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P66

11

60

MH

z6

00

08

66.8

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN,

5-p

in S

OT-

23

(S)

MC

P66

22

60

MH

z6

00

08

66.8

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put

8-p

in S

OIC

, 8-p

in 3

× 3

DFN

MC

P66

31

60

MH

z6

00

08

66.8

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

8-p

in S

OIC

, 6-p

in S

OT-

23

MC

P66

44

60

MH

z6

00

08

66.8

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put

14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P66

52

60

MH

z6

00

08

66.8

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

s10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P66

94

60

MH

z6

00

08

66.8

(3)

2.5

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Out

put,

Chi

p se

lect

s16-p

in 4

× 4

QFN

lege

nd:

S =

Sta

ndar

d Pi

nout

; R

= R

ever

se P

inou

t; U

= A

ltern

ativ

e Pi

nout

n

ote

1:

Valu

es a

re t

ypic

al a

t 1 k

Hz

2:

Valu

es a

re t

ypic

al a

t 10 k

Hz

3:

Valu

es a

re t

ypic

al a

t 1 M

Hz


lIn

ear

: Ze

ro-d

rift

ope

ratio

nal a

mpl

ifier

s

Par

t #

# p

er

Pac

kage

gB

WP

Iq m

ax

(ma

)Vo

s m

ax

(µV)

Vos d

rift

max

(µ

V/°

c)

ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

r

ange

(°

c)

Feat

ures

Pac

kage

s

MC

P6V1

11

80

kH

z0

.01

18

0.0

51.6

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t5-p

in S

OT-

23

(S,

U) ,

5-p

in S

OT-

70

(U)

MC

P6V3

11

30

0 k

Hz

0.0

34

80.0

51.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t5-p

in S

OT-

23

(S,

U) ,

5-p

in S

OT-

70

(U)

TC76

52

10

.4 M

Hz

35

0.0

55 t

o 16

0 t

o +70

Sin

gle

and

Spl

it S

uppl

y, L

ow N

oise

8-p

in P

DIP

, 14-p

in P

DIP

MC

P6V0

11

1.3

MH

z0

.42

0.0

51.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t 8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P6V0

22

1.3

MH

z0

.42

0.0

51.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t 8-p

in S

OIC

, 8-p

in 4

× 4

DFN

MC

P6V0

31

1.3

MH

z0

.42

0.0

51.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, C

hip

sele

ct8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P6V0

61

1.3

MH

z0

.43

0.0

51.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t 8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

MC

P6V0

72

1.3

MH

z0

.43

0.0

51.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in 4

× 4

DFN

MC

P6V0

81

1.3

MH

z0

.43

0.0

51.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, C

hip

sele

ct8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

TC91

3A/

B2

1.5

MH

z1

.115

0.1

5/0

.30

7 t

o 16

0 t

o +70

Sin

gle

and

Spl

it S

uppl

y8-p

in P

DIP

, 8-p

in S

OIC

TC76

50

12

MH

z3

.55

0.0

54.5

to

16

0 t

o +70

Sin

gle

and

Spl

it S

uppl

y8-p

in P

DIP

, 14-p

in P

DIP

MC

P6V2

61

2 M

Hz

0.8

20.0

52.3

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 T

DFN

MC

P6V2

72

2 M

Hz

0.8

20.0

52.3

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

4 ×

4 D

FN

MC

P6V2

81

2 M

Hz

0.8

20.0

52.3

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, C

hip

sele

ct8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 T

DFN

lIn

ear

: P

rogr

amm

able

gai

n a

mpl

ifier

s (P

ga

)

Par

t #

cha

nnel

s−

3dB

BW

(m

hz)

Iq T

yp.

(ma

)Vo

s (

µV)

ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

r

ange

(°

c)

Feat

ures

Pac

kage

s

MC

P6S

21

12

to

12

1.1

275

2.5

to

5.5

−40 t

o +85

SPI

, 8 G

ain

step

s, S

oftw

are

shut

dow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6S

22

22

to

12

1.1

275

2.5

to

5.5

−40 t

o +85

SPI

, 8 G

ain

step

s, S

oftw

are

shut

dow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6S

26

62

to

12

1.1

275

2.5

to

5.5

−40 t

o +85

SPI

, 8 G

ain

step

s, S

oftw

are

shut

dow

n14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P6S

28

82

to

12

1.1

275

2.5

to

5.5

−40 t

o +85

SPI

, 8 G

ain

step

s, S

oftw

are

shut

dow

n16-p

in P

DIP

, 16-p

in S

OIC

MC

P6S

91

11

to

18

1.0

4000

2.5

to

5.5

−40 t

o +125

SPI

, 8 G

ain

step

s, S

oftw

are

shut

dow

n, V

ref

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6S

92

21

to

18

1.0

4000

2.5

to

5.5

−40 t

o +125

SPI

, 8 G

ain

step

s, S

oftw

are

shut

dow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6S

93

21

to

18

1.0

4000

2.5

to

5.5

−40 t

o +125

SPI

, 8 G

ain

step

s, S

oftw

are

shut

dow

n, V

ref

, S

O10-p

in M

SO

P

lIn

ear

: sel

ecta

ble

gai

n a

mpl

ifier

s (s

ga

)

Par

t #

cha

nnel

s−

3dB

BW

(k

hz)

Iq (

µa)

Vos (

mV)

ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

r

ange

(°

c)

gai

n ste

ps

(V/V

)Fe

atur

esPac

kage

s

MC

P6G

01

19

00

11

04.5

1.8

to

5.5

−40 t

o +125

1, 1

0, 5

0Tr

i-Sta

te c

ontr

ol p

in8-p

in S

OIC

, 8-p

in M

SO

P, 5

-pin

SO

T-23

(S,

R,

U)

MC

P6G

02

29

00

11

04.5

1.8

to

5.5

−40 t

o +125

1, 1

0, 5

0Tr

i-Sta

te c

ontr

ol p

in8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6G

03

19

00

11

04.5

1.8

to

5.5

−40 t

o +125

1, 1

0, 5

0Tr

i-Sta

te c

ontr

ol p

in,

Chi

p se

lect

8-p

in S

OIC

, 8-p

in M

SO

P

MC

P6G

04

49

00

11

04.5

1.8

to

5.5

−40 t

o +125

1, 1

0, 5

0Tr

i-Sta

te c

ontr

ol p

in14-p

in S

OIC

, 14-p

in T

SS

OP

lIn

ear

: In

stru

men

tatio

n a

mpl

ifier

s

Part

##

Per

Pack

age

gB

WP

Iq m

ax

(ma

)m

ax V

os

(µV)

V os

drif

t m

ax

(µV/

°c)

ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

r

ange

(°c

)Fe

atur

esPa

ckag

es

MC

P6N

11

15

00

kH

z1

.1350

2.7

1.8

to

5.5

−40 t

o +125

Rai

l-to-

Rai

l Inp

ut/O

utpu

t, m

Cal

Tec

hnol

ogy

8-p

in S

OIC

, 8-p

in 2

× 3

TD

FN

lege

nd:

S =

Sta

ndar

d Pi

nout

; R

= R

ever

se P

inou

t; U

= A

ltern

ativ

e Pi

nout


lIn

ear

: com

para

tors

Par

t #

# p

er

Pac

kage

Vref

(V

)Ty

pica

l Pro

paga

tion

del

ay (

µs)

Iq T

ypic

al

(µa

)Vo

s m

ax

(mV)

ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

R

ange

(°C

)Fe

atur

esPac

kage

s

MC

P65

41

1–

41

51.6

to

5.5

−40 t

o +125

Push

-Pul

l, R

ail-t

o-R

ail I

nput

/Out

put

5-p

in S

OT-

23

(S,

R,

U) ,

5-p

in S

C-7

0(S

, U

) , 8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P65

42

2

–4

15

1.6

to

5.5

−40 t

o +125

Push

-Pul

l, R

ail-t

o-R

ail I

nput

/Out

put

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P65

43

1–

41

51.6

to

5.5

−40 t

o +125

Push

-Pul

l, R

ail-t

o-R

ail I

nput

/Out

put,

Chi

p se

lect

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P65

44

4–

41

51.6

to

5.5

−40 t

o +125

Push

-Pul

l, R

ail-t

o-R

ail I

nput

/Out

put

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P65

46

1–

41

51.6

to

5.5

−40 t

o +125

Ope

n-dr

ain,

9V,

Rai

l-to-

Rai

l Inp

ut/O

utpu

t5-p

in S

OT-

23

(S,

R,

U) ,

5-p

in S

C-7

0(S

, U

) , 8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P65

47

2–

41

51.6

to

5.5

−40 t

o +125

Ope

n-dr

ain,

9V,

Rai

l-to-

Rai

l Inp

ut/O

utpu

t8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P65

48

1–

41

51.6

to

5.5

−40 t

o +125

Ope

n-dr

ain,

9V,

Rai

l-to-

Rai

l Inp

ut/O

utpu

t,

Chi

p se

lect

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P65

49

4–

41

51.6

to

5.5

−40 t

o +125

Ope

n-dr

ain,

9V,

Rai

l-to-

Rai

l Inp

ut/O

utpu

t14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P65

R4

11

1.2

1/2

.44

2.5

10

1.8

to

5.5

−40 t

o +125

Push

-Pul

l, R

ail-t

o-R

ail I

nput

/Out

put,

Vr

ef6-p

in S

OT-

23

MC

P65

R4

61

1.2

1/2

.44

2.5

10

1.8

to

5.5

−40 t

o +125

Ope

n D

rain

, R

ail-t

o-R

ail I

nput

/Out

put,

Vr

ef6-p

in S

OT-

23

MC

P65

61

1–

0.0

47

100

10

1.8

to

5.5

−40 t

o +125

Push

-Pul

l, R

ail-t

o-R

ail I

nput

/Out

put

5-p

in S

OT-

23

(S,

R,

U) ,

5-p

in S

C-7

0(S

)

MC

P65

62

2–

0.0

47

100

10

1.8

to

5.5

−40 t

o +125

Push

-Pul

l, R

ail-t

o-R

ail I

nput

/Out

put

8-p

in S

OIC

, 8-p

in M

SO

P

MC

P65

64

4–

0.0

47

100

10

1.8

to

5.5

−40 t

o +125

Push

-Pul

l, R

ail-t

o-R

ail I

nput

/Out

put

14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P65

66

1–

0.0

47

100

10

1.8

to

5.5

-40 t

o +125

Ope

n-D

rain

, R

ail-t

o-R

ail I

nput

/Out

put

5-p

in S

OT-

23

(S,

R,

U) ,

5-p

in S

C-7

0(S

)

MC

P65

67

2–

0.0

47

100

10

1.8

to

5.5

-40 t

o +125

Ope

n-D

rain

, R

ail-t

o-R

ail I

nput

/Out

put

8-p

in S

OIC

, 8-p

in M

SO

P

MC

P65

69

4–

0.0

47

100

10

1.8

to

5.5

-40 t

o +125

Ope

n-D

rain

, R

ail-t

o-R

ail I

nput

/Out

put

14-p

in S

OIC

, 14-p

in T

SS

OP

lege

nd:

S =

Sta

ndar

d Pi

nout

; R

= R

ever

se P

inou

t; U

= A

ltern

ativ

e Pi

nout

mIX

eD S

Ign

al

mIX

ed s

Ign

al:

suc

cess

ive

app

roxi

mat

ion

reg

iste

r (s

ar

) a

/d c

onve

rter

s

Par

t #

res

olut

ion

(bits

)

max

imum

sam

plin

g r

ate

(ksa

mpl

es/s

ec)

# o

f In

put

cha

nnel

sIn

put

Type

Inte

rfac

eIn

put

Volta

ge

ran

ge (

V)m

ax. s

uppl

y cur

rent

(µa

)m

ax. I

nl

Tem

pera

ture

r

ange

(°

c)

Pac

kage

s

MC

P30

21

10

22

1S

ingl

e-en

ded

I2C

™2.7

to

5.5

250

±1 L

SB

−40 t

o +125

5-p

in S

OT-

23A

MC

P30

01

10

20

01

Sin

gle-

ende

dS

PI2.7

to

5.5

500

±1 L

SB

−40 t

o +85

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

TS

SO

P

MC

P30

02

10

20

02

Sin

gle-

ende

dS

PI2.7

to

5.5

650

±1 L

SB

−40 t

o +85

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

TS

SO

P

MC

P30

04

10

20

04

Sin

gle-

ende

dS

PI2.7

to

5.5

550

±1 L

SB

−40 t

o +85

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P30

08

10

20

08

Sin

gle-

ende

dS

PI2.7

to

5.5

550

±1 L

SB

−40 t

o +85

16-p

in P

DIP

, 16-p

in S

OIC

MC

P32

21

12

22

1S

ingl

e-en

ded

I2C

™2.7

to

5.5

250

±2 L

SB

−40 t

o +125

5-p

in S

OT-

23A

MC

P32

01

12

10

01

Sin

gle-

ende

dS

PI2.7

to

5.5

400

±1 L

SB

−40 t

o +85

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

TS

SO

P

MC

P32

02

12

10

02

Sin

gle-

ende

dS

PI2.7

to

5.5

550

±1 L

SB

−40 t

o +85

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

TS

SO

P

MC

P32

04

12

10

04

Sin

gle-

ende

dS

PI2.7

to

5.5

400

±1 L

SB

−40 t

o +85

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P32

08

12

10

08

Sin

gle-

ende

dS

PI2.7

to

5.5

400

±1 L

SB

−40 t

o +85

16-p

in P

DIP

, 16-p

in S

OIC

MC

P33

01

13

10

01

Diff

eren

tial

SPI

2.7

to

5.5

450

±1 L

SB

−40 t

o +85

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

TS

SO

P

MC

P33

02

13

10

02

Diff

eren

tial

SPI

2.7

to

5.5

450

±1 L

SB

−40 t

o +85

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P33

04

13

10

04

Diff

eren

tial

SPI

2.7

to

5.5

450

±1 L

SB

−40 t

o +85

16-p

in P

DIP

, 16-p

in S

OIC


mIX

ed s

Ign

al:

del

ta-s

igm

a a

/d c

onve

rter

s

Par

t #

res

olut

ion

(bits

)

max

imum

sam

plin

g r

ate

(sam

ples

/sec

)

# o

f In

put

cha

nnel

sIn

terf

ace

sup

ply

Volta

ge

ran

ge (

V)

Typi

cal

sup

ply

cur

rent

(µa

)

Typi

cal I

nl

(ppm

)Te

mpe

ratu

re

ran

ge (

°c)

Feat

ures

Pac

kage

s

MC

P34

21

18

to

12

4 t

o 2

40

1 D

iffI2

C™

2.7

to

5.5

155

10

−40 t

o +125

PGA,

Vr

ef6-p

in S

OT-

23A

MC

P34

22

18

to

12

4 t

o 2

40

2 D

iffI2

C2.7

to

5.5

145

10

−40 t

o +125

PGA,

Vr

ef8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 D

FN

MC

P34

23

18

to

12

4 t

o 2

40

2 D

iffI2

C2.7

to

5.5

145

10

−40 t

o +125

PGA,

Vr

ef,

Sel

ecta

ble

I2C

™ a

ddre

ssin

g10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P34

24

18

to

12

4 t

o 2

40

4 D

iffI2

C2.7

to

5.5

145

10

−40 t

o +125

PGA,

Vr

ef,

Sel

ecta

ble

I2C

add

ress

ing

14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P34

25

16

to

12

15

to

24

01

Diff

I2C

2.7

to

5.5

155

10

−40 t

o +125

PGA,

Vr

ef6-p

in S

OT-

23A

MC

P34

26

16

to

12

15

to

24

02

Diff

I2C

2.7

to

5.5

145

10

−40 t

o +125

PGA,

Vr

ef8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 D

FN

MC

P34

27

16

to

12

15

to

24

02

Diff

I2C

2.7

to

5.5

145

10

−40 t

o +125

PGA,

Vr

ef,

Sel

ecta

ble

I2C

add

ress

ing

10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P34

28

16

to

12

15

to

24

04

Diff

I2C

2.7

to

5.5

145

10

−40 t

o +125

PGA,

Vr

ef,

Sel

ecta

ble

I2C

add

ress

ing

14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P35

50

-50

22

13

1 D

iffS

PI2.7

to

5.5

120

2−40 t

o +125

50 H

z re

ject

ion

8-p

in S

OIC

, 8-p

in M

SO

P

MC

P35

50

-60

22

15

1 D

iffS

PI2.7

to

5.5

140

2−40 t

o +125

60 H

z re

ject

ion

8-p

in S

OIC

, 8-p

in M

SO

P

MC

P35

51

22

14

1 D

iffS

PI2.7

to

5.5

120

2−40 t

o +125

Sim

ulta

neou

s 50/6

0 H

z re

ject

ion

8-p

in S

OIC

, 8-p

in M

SO

P

MC

P35

53

20

60

1 D

iffS

PI2.7

to

5.5

140

2−40 t

o +125

8-p

in S

OIC

, 8-p

in M

SO

P

mIX

ed s

Ign

al:

ene

rgy

mea

sure

men

t Ic

s

Par

t #

dyn

amic

r

ange

Typi

cal

acc

urac

ya

dc

cha

nnel

sg

ain

sel

ectio

no

utpu

t Ty

pe

Typi

cal V

olta

ge

ref

eren

ce d

rift

(p

pm/°

c)

Typi

cal

sup

ply

cur

rent

(m

a)

ana

log

Volta

ge

ran

ge (

V)

dig

ital

Volta

ge

ran

ge (

V)

Tem

pera

ture

r

ange

(°

c)

Feat

ures

Pac

kage

s

MC

P39

01

24

-bit

reso

lutio

n9

1 d

B

SIN

AD2

up t

o 32

SPI

12

2.6

4.5

to

5.5

2.7

to

5.5

−40 t

o +125

Phas

e co

rrec

tion,

Pr

ogra

mm

able

dat

a ra

te20-p

in S

SO

P,

20-p

in 4

× 4

QFN

MC

P39

03

24

-bit

reso

lutio

n9

1 d

B

SIN

AD6

up t

o 32

SPI

58.3

4.5

to

5.5

2.7

to

3.6

−40 t

o +125

Phas

e co

rrec

tion,

Pr

ogra

mm

able

dat

a ra

te28-p

in S

SO

P

MC

P39

05

A5

00

:10

.1%

2up

to

16

Activ

e po

wer

pul

se15

3.9

4.5

to

5.5

4.5

to

5.5

−40 t

o +125

Activ

e po

wer

cal

cula

tion

24-p

in S

SO

P

MC

P39

09

10

00

:10

.1%

2up

to

16

Activ

e po

wer

pu

lse/

SPI

15

3.9

4.5

to

5.5

4.5

to

5.5

−40 t

o +125

Activ

e po

wer

cal

cula

tion

24-p

in S

SO

P

MC

P39

11

24

-bit

reso

lutio

n9

4.5

dB

S

INAD

2up

to

32

SPI

71.7

2.7

to

3.6

2.7

to

3.6

−40 t

o +125

Phas

e co

rrec

tion,

Pro

gram

mab

le

data

rat

e20-p

in S

SO

P,

20-p

in 4

× 4

QFN

mIX

ed s

Ign

al:

cur

rent

/dc P

ower

mea

sure

men

t Ic

s

Par

t #

# o

f cur

rent

sen

sors

des

crip

tion

Full

sca

le

ran

ge (

mV)

cur

rent

m

easu

rem

ent

max

. acc

r (%

)

effe

ctiv

e sam

plin

g In

terv

al m

in. t

o m

ax. (

mse

c)

Bus

Vol

tage

r

ange

(V)

# o

f Te

mp.

m

onito

rs

(am

bien

t, r

emot

e)

Tem

p.

acc

urac

y

Typ.

/max

. (°

c)

ale

rt/

Ther

mPea

k d

etec

tion

add

ress

sel

ect

Pac

kage

PAC

17

10

1S

MB

us/I

2C

™ C

urre

nt/

DC

Pow

er S

enso

r1

0, 2

0, 4

0, 8

0±1

2.5

to

2,6

00

0 t

o + 4

0–

–1

–Ye

s10-p

in D

FN

PAC

17

20

2D

ual S

MB

us/I

2C

Cur

rent

/ D

C P

ower

Sen

sor

10

, 20, 4

0, 8

0±1

2.5

to

2,6

00

0 t

o + 4

0–

–1

–Ye

s10-p

in D

FN

EMC

17

01

-11

SM

Bus

/I2C

Cur

rent

/DC

Pow

er S

enso

r w

ith T

empe

ratu

re M

onito

ring

10

, 20, 4

0, 8

0±1

2.5

to

2,6

00

+3 t

o +24

1, 0

±0.2

5/±

12

Har

dwar

eYe

s12-p

in 4

× 4

QFN

EMC

17

01

-21

SM

Bus

/I2C

Cur

rent

/DC

Pow

er S

enso

r w

ith T

empe

ratu

re M

onito

ring

10

, 20, 4

0, 8

0±1

2.5

to

2,6

00

+3 t

o +24

1, 0

±0.2

5/±

12

Sof

twar

eYe

s10-p

in M

SO

P

EMC

17

02

-11

SM

Bus

/I2C

Cur

rent

/DC

Pow

er S

enso

r w

ith T

wo

Tem

pera

ture

Mon

itors

10

, 20, 4

0, 8

0±1

2.5

to

2,6

00

+3 t

o +24

1, 1

±0.2

5/±

12

Har

dwar

eYe

s12-p

in 4

× 4

QFN

EMC

17

04

-11

SM

Bus

/I2C

Cur

rent

/DC

Pow

er S

enso

r w

ith F

our

Tem

pera

ture

Mon

itors

10

, 20, 4

0, 8

0±1

2.5

to

2,6

00

+3 t

o +24

1, 3

±0.2

5/±

12

Sof

twar

eYe

s14-p

in S

OIC

EMC

17

04

-21

SM

Bus

/I2C

Cur

rent

/DC

Pow

er S

enso

r w

ith F

our

Tem

pera

ture

Mon

itors

10

, 20, 4

0, 8

0±1

2.5

to

2,6

00

+3 t

o +24

1, 3

±0.2

5/±

12

Har

dwar

eYe

s16-p

in 4

× 4

QFN


mIX

ed s

Ign

al:

dua

l slo

pe a

/d c

onve

rter

s

Par

t #

sup

ply

Volta

ge (

V)In

put

Volta

ge r

ange

res

olut

ion

sam

plin

g r

ate

(con

v/s)

Inpu

t cha

nnel

sd

ata

Inte

rfac

eTe

mpe

ratu

re

ran

ge (

°c)

Feat

ures

Pac

kage

s

TC50

0±

4.5

to

±7

.5Vs

s +

1.5

V to

Vd

d –

1.5

VU

p to

16 b

its4 t

o 10

13-W

ire0 t

o +70

Diff

eren

tial i

nput

ran

ge,

Prog

ram

mab

le r

esol

utio

n/co

nver

sion

tim

e16-p

in P

DIP

, 16-p

in S

OIC

TC50

0A

±4

.5 t

o ±

7.5

V ss +

1.5

V to

Vd

d –

1.5

VU

p to

17 b

its4 t

o 10

13-W

ire0 t

o +70

Diff

eren

tial i

nput

ran

ge,

Prog

ram

mab

le r

esol

utio

n/co

nver

sion

tim

e16-p

in P

DIP

, 16-p

in S

OIC

TC51

0+

4.5

to

+5

.5V s

s +

1.5

V to

Vd

d –

1.5

VU

p to

17 b

its4 t

o 10

13-W

ire0 t

o +70

Diff

eren

tial i

nput

ran

ge,

Prog

ram

mab

le r

esol

utio

n/co

nver

sion

tim

e, C

harg

e pu

mp

(−V)

out

put

pin

24-p

in P

DIP

, 24-p

in S

OIC

TC51

4+

4.5

to

+5

.5V s

s +

1.5

V to

Vd

d –

1.5

VU

p to

17 b

its4 t

o 10

43-W

ire0 t

o +70

Diff

eren

tial i

nput

ran

ge,

Prog

ram

mab

le r

esol

utio

n/co

nver

sion

tim

e, C

harg

e pu

mp

(−V)

out

put

pin

28-p

in P

DIP

, 28-p

in S

OIC

TC52

0A

+4

.5 t

o +

5.5

––

––

Ser

ial p

ort

0 t

o +70

Opt

iona

l ser

ial i

nter

face

ada

pter

for

TC

500/5

00A/

510/5

14

14-p

in P

DIP

, 16-p

in S

OIC

TC71

09

±4

.5 t

o ±

5.5

V ss +

1.5

V to

Vd

d –

1.0

V1

2 b

its p

lus

sign

bit

2 t

o 10

1Pa

ralle

l or

Ser

ial p

ort

−25 t

o +85

Diff

eren

tial i

nput

ran

ge40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

09

A±

4.5

to

±5

.5V s

s +

1.5

V to

Vd

d –

1.0

V1

2 b

its p

lus

sign

bit

2 t

o 10

1Pa

ralle

l or

Ser

ial p

ort

−25 t

o +85

Diff

eren

tial i

nput

ran

ge40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

mIX

ed s

Ign

al:

Bin

ary

and

Bcd

a/d

con

vert

ers

Par

t #

des

crip

tion

sup

ply

Volta

ge (

V)In

put

Volta

ge r

ange

res

olut

ion

(dig

its)

res

olut

ion

(cou

nts)

max

Pow

er

(mW

)d

ata

Inte

rfac

eTe

mpe

ratu

re

ran

ge (

°c)

Feat

ures

Pac

kage

s

TC85

0B

inar

y A/

D±

5Vs

s +

1.5

V to

Vd

d –

1.5

V15-b

it±32,7

68

35

8-b

it pa

ralle

l−25 t

o +70

Hig

hest

con

vers

ion

spee

d (4

0 c

onv/

sec)

44-p

in P

LCC

, 40-p

in P

DIP

TC14

43

3B

CD

A/D

±4

.5 t

o ±

8±

19

9.9

mV

to 1

.999V

3½

±2,0

00

20

MU

Xed

BC

D−40 t

o +85

For

DM

M,

DPM

, D

ata

logg

ers

24-p

in S

OIC

, 24-p

in P

DIP

, 28-p

in P

LCC

TC14

43

3A

BC

D A

/D±

4.5

to

±8

±1

99

.9 m

V to

1.9

99V

3½

±2,0

00

20

MU

Xed

BC

D−40 t

o +85

For

DM

M,

DPM

, D

ata

logg

ers

24-p

in P

DIP

, 28-p

in P

LCC

mIX

ed s

Ign

al

– d

IsP

lay

a/d

co

nVe

rTe

rs

Par

t #

dis

play

Ty

pesup

ply

Volta

ge (

V)r

esol

utio

n (d

igits

)r

esol

utio

n (c

ount

s)Pow

er

(mW

)Te

mpe

ratu

re

ran

ge (

°c)

Feat

ures

Pac

kage

s

TC71

06

LCD

93

½±2,0

00

10

−25 t

o +85

For

DM

M, D

PM, D

ata

logg

er a

pplic

atio

ns40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

06

ALC

D9

3½

±2,0

00

10

−25 t

o +85

For

DM

M, D

PM, D

ata

logg

er a

pplic

atio

ns40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

07

LED

±5

3½

±2,0

00

10

−25 t

o +85

For

DM

M, D

PM, D

ata

logg

er a

pplic

atio

ns40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

07

ALE

D±

53

½±2,0

00

10

−25 t

o +85

For

DM

M, D

PM, D

ata

logg

er a

pplic

atio

ns40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

16

LCD

93

½±2,0

00

10

−25 t

o +85

Hol

d fu

nctio

n40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

16

ALC

D9

3½

±2,0

00

10

−25 t

o +85

Hol

d fu

nctio

n40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

17

LED

±5

3½

±2,0

00

10

−25 t

o +85

Hol

d fu

nctio

n40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

17

ALE

D±

53

½±2,0

00

10

−25 t

o +85

Hol

d fu

nctio

n40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

26

LCD

93

½±2,0

00

0.5

−25 t

o +85

Low

-pow

er T

C7106

40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

26

ALC

D9

3½

±2,0

00

0.5

−25 t

o +85

Low

-pow

er T

C7106

40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP

TC71

29

LCD

94

½±20,0

00

4.5

0 t

o +70

Low

est

nois

e ±3 m

V se

nsiti

vity

40-p

in P

DIP

, 44-p

in P

LCC

, 44-p

in M

QFP


mIX

ed s

Ign

al:

dig

ital P

oten

tiom

eter

s

Par

t #

# o

f Ta

psm

emor

y#

per

Pac

kage

Inte

rfac

er

esis

tanc

e (k

ohm

s)In

l (m

ax)

dn

l (m

ax)

Tem

pera

ture

r

ange

(°

c)

com

men

tsPac

kage

s

MC

P40

11

64

Vola

tile

1U

p/D

own

2.1

, 5, 1

0, 5

00.5

0.5

−40 t

o +125

Pote

ntio

met

er m

ode

8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 D

FN

MC

P40

12

64

Vola

tile

1U

p/D

own

2.1

, 5, 1

0, 5

00.5

0.5

−40 t

o +125

Rhe

osta

t m

ode

6-p

in S

OT-

23

MC

P40

13

64

Vola

tile

1U

p/D

own

2.1

, 5, 1

0, 5

00.5

0.5

−40 t

o +125

Pote

ntio

met

er t

o V s

s6-p

in S

OT-

23

MC

P40

14

64

Vola

tile

1U

p/D

own

2.1

, 5, 1

0, 5

00.5

0.5

−40 t

o +125

Rhe

osta

t to

Vs

s5-p

in S

OT-

23

MC

P40

17

12

8Vo

latil

e1

I2C

™5

, 10, 5

0, 1

00

0.5

0.2

5−40 t

o +125

7-b

it, V

olat

ile,

I2C

dig

ital p

oten

tiom

eter

6-p

in S

C-7

0

MC

P40

18

12

8Vo

latil

e1

I2C

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

7-b

it, V

olat

ile,

I2C

dig

ital p

oten

tiom

eter

6-p

in S

C-7

0

MC

P40

19

12

8Vo

latil

e1

I2C

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

7-b

it, V

olat

ile,

I2C

dig

ital p

oten

tiom

eter

5-p

in S

C-7

0

MC

P40

D1

71

28

Vola

tile

1I2

C5

, 10

, 50, 1

00

0.5

0.2

5−40 t

o +125

7-b

it, V

olat

ile,

I2C

dig

ital p

oten

tiom

eter

6-p

in S

C-7

0

MC

P40

D1

81

28

Vola

tile

1I2

C5

, 10

, 50, 1

00

0.5

0.2

5−40 t

o +125

7-b

it, V

olat

ile,

I2C

dig

ital p

oten

tiom

eter

6-p

in S

C-7

0

MC

P40

D1

91

28

Vola

tile

1I2

C5

, 10

, 50, 1

00

0.5

0.2

5−40 t

o +125

7-b

it, V

olat

ile,

I2C

dig

ital p

oten

tiom

eter

5-p

in S

C-7

0

MC

P40

21

64

Non

vola

tile

1U

p/D

own

2.1

, 5, 1

0, 5

00.5

0.5

−40 t

o +125

Pote

ntio

met

er m

ode,

Shu

tdow

n, W

iper

Lock

™ T

echn

olog

y8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

2 ×

3 D

FN

MC

P40

22

64

Non

vola

tile

1U

p/D

own

2.1

, 5, 1

0, 5

00.5

0.5

−40 t

o +125

Rhe

osta

t m

ode,

Shu

tdow

n, W

iper

Lock

™ T

echn

olog

y6-p

in S

OT-

23

MC

P40

23

64

Non

vola

tile

1U

p/D

own

2.1

, 5, 1

0, 5

00.5

0.5

−40 t

o +125

Pote

ntio

met

er t

o V s

s, W

iper

Lock

Tec

hnol

ogy

6-p

in S

OT-

23

MC

P40

24

64

Non

vola

tile

1U

p/D

own

2.1

, 5, 1

0, 5

00.5

0.5

−40 t

o +125

Rhe

osta

t to

Vs

s, S

hutd

own,

W

iper

Lock

Tec

hnol

ogy

5-p

in S

OT-

23

MC

P41

41

12

8N

onvo

latil

e1

SPI

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

Pote

ntio

met

er m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P41

42

12

8N

onvo

latil

e1

SPI

5, 1

0, 5

0, 1

00

0.8

0.2

5−40 t

o +125

Rhe

osta

t m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P42

41

12

8N

onvo

latil

e2

SPI

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

Pote

ntio

met

er m

ode,

Shu

tdow

n, W

iper

Lock

Tec

hnol

ogy

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP,

16-p

in 4

× 4

QFN

MC

P42

42

12

8N

onvo

latil

e2

SPI

5, 1

0, 5

0, 1

00

0.8

0.2

5−40 t

o +125

Rhe

osta

t m

ode,

Shu

tdow

n10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P41

31

12

9Vo

latil

e1

SPI

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

Pote

ntio

met

er m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P41

32

12

9Vo

latil

e1

SPI

5, 1

0, 5

0, 1

00

0.8

0.2

5−40 t

o +125

Rhe

osta

t m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P42

31

12

8Vo

latil

e2

SPI

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

Pote

ntio

met

er m

ode,

Shu

tdow

n, W

iper

Lock

Tec

hnol

ogy

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP,

16-p

in 4

× 4

QFN

MC

P42

32

12

8Vo

latil

e2

SPI

5, 1

0, 5

0, 1

00

0.8

0.2

5−40 t

o +125

Rhe

osta

t m

ode,

Shu

tdow

n10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P41

01

02

56

Vola

tile

1S

PI10

11

−40 t

o +85

Pote

ntio

met

er m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

MC

P41

05

02

56

Vola

tile

1S

PI50

11

−40 t

o +85

Pote

ntio

met

er m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

MC

P41

10

02

56

Vola

tile

1S

PI100

11

−40 t

o +85

Pote

ntio

met

er m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

MC

P41

51

25

6Vo

latil

e1

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Pote

ntio

met

er m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P41

52

25

6Vo

latil

e1

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Rhe

osta

t m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P41

61

25

6N

onvo

latil

e1

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Pote

ntio

met

er m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P41

62

25

6N

onvo

latil

e1

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Rhe

osta

t m

ode,

Shu

tdow

n8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P42

01

02

56

Vola

tile

2S

PI10

11

−40 t

o +85

Pote

ntio

met

er m

ode,

Shu

tdow

n14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P42

10

02

56

Vola

tile

2S

PI100

11

−40 t

o +85

Pote

ntio

met

er m

ode,

Shu

tdow

n14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

MC

P42

51

25

6Vo

latil

e2

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Pote

ntio

met

er m

ode,

Shu

tdow

n, W

iper

Lock

Tec

hnol

ogy

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP,

16-p

in 4

× 4

QFN

MC

P42

52

25

6Vo

latil

e2

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Rhe

osta

t m

ode,

Shu

tdow

n10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P42

61

25

6N

onvo

latil

e2

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Pote

ntio

met

er m

ode,

Shu

tdow

n, W

iper

Lock

Tec

hnol

ogy

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP,

16-p

in 4

× 4

QFN

MC

P42

62

25

6N

onvo

latil

e2

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Rhe

osta

t m

ode,

Shu

tdow

n10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P43

41

12

9N

onvo

latil

e4

SPI

5, 1

0, 5

0, 1

00

0.8

0.3

75

−40 t

o +125

7-b

it, V

olat

ile p

oten

tiom

eter

with

an

SPI

inte

rfac

e20-p

in T

SS

OP,

20-p

in 4

× 4

QFN

MC

P43

42

12

9N

onvo

latil

e4

SPI

5, 1

0, 5

0, 1

00

0.8

0.3

75

−40 t

o +125

7-b

it, V

olat

ile r

heos

tat

with

an

SPI

inte

rfac

e14-p

in T

SS

OP

MC

P43

61

25

7N

onvo

latil

e4

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

8-b

it, N

on-v

olat

ile p

oten

tiom

eter

with

an

SPI

inte

rfac

e20-p

in T

SS

OP,

20-p

in 4

× 4

QFN


mIX

ed s

Ign

al:

dig

ital P

oten

tiom

eter

s (c

ontin

ued)

Par

t #

# o

f Ta

psm

emor

y#

per

Pac

kage

Inte

rfac

er

esis

tanc

e (k

ohm

s)In

l (m

ax)

dn

l (m

ax)

Tem

pera

ture

r

ange

(°

c)

com

men

tsPac

kage

s

MC

P43

62

25

7N

onvo

latil

e4

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

8-b

it, N

on-v

olat

ile r

heos

tat

with

an

SPI

inte

rfac

e14-p

in T

SS

OP

MC

P43

31

12

9Vo

latil

e4

SPI

5, 1

0, 5

0, 1

00

0.8

0.3

75

−40 t

o +125

7-b

it, V

olat

ile p

oten

tiom

eter

with

an

SPI

inte

rfac

e20-p

in T

SS

OP,

20-p

in 4

× 4

QFN

MC

P43

32

12

9Vo

latil

e4

SPI

5, 1

0, 5

0, 1

00

0.8

0.3

75

−40 t

o +125

7-b

it, V

olat

ile r

heos

tat

with

an

SPI

inte

rfac

e14-p

in T

SS

OP

MC

P43

51

25

7Vo

latil

e4

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

8-b

it, N

on-v

olat

ile p

oten

tiom

eter

with

an

SPI

inte

rfac

e20-p

in T

SS

OP,

20-p

in 4

× 4

QFN

MC

P43

52

25

7Vo

latil

e4

SPI

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

8-b

it, N

on-v

olat

ile r

heos

tat

with

an

SPI

inte

rfac

e14-p

in T

SS

OP

MC

P44

41

12

9N

onvo

latil

e4

I2C

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y20-p

in T

SS

OP,

20-p

in 4

× 4

QFN

MC

P44

42

12

9N

onvo

latil

e4

I2C

5, 1

0, 5

0, 1

01

0.8

0.3

75

−40 t

o +125

Rhe

osta

t m

ode,

Wip

erLo

ck T

echn

olog

y14-p

in T

SS

OP

MC

P44

61

25

7N

onvo

latil

e4

I2C

5, 1

0, 5

0, 1

02

10.5

−40 t

o +125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y20-p

in T

SS

OP,

20-p

in 4

× 4

QFN

MC

P44

62

25

7N

onvo

latil

e4

I2C

5, 1

0, 5

0, 1

03

10.5

−40 t

o +125

Rhe

osta

t m

ode,

Wip

erLo

ck™

Tec

hnol

ogy

14-p

in T

SS

OP

MC

P45

31

12

8Vo

latil

e1

I2C

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

Pote

ntio

met

er m

ode

8-p

in M

SO

P

MC

P46

31

12

8Vo

latil

e2

I2C

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

Pote

ntio

met

er m

ode

14-p

in T

SS

OP,

16-p

in 4

× 4

QFN

MC

P45

41

12

8N

onvo

latil

e1

I2C

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y8-p

in M

SO

P

MC

P46

41

12

8N

onvo

latil

e2

I2C

5, 1

0, 5

0, 1

00

0.5

0.2

5−40 t

o +125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y14-p

in T

SS

OP,

16-p

in 4

x4 Q

FN

MC

P46

51

25

6Vo

latil

e2

I2C

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Pote

ntio

met

er m

ode

14-p

in T

SS

OP,

16-p

in 4

× 4

QFN

MC

P45

61

25

6N

onvo

latil

e1

I2C

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y8-p

in M

SO

P

MC

P46

61

25

6N

onvo

latil

e2

I2C

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Pote

ntio

met

er m

ode,

Wip

erLo

ck T

echn

olog

y14-p

in T

SS

OP,

16-p

in 4

× 4

QFN

MC

P45

32

12

8N

onvo

latil

e1

I2C

5, 1

0, 5

0, 1

00

0.8

0.3

75

−40 t

o +125

Rhe

osta

t m

ode

8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P46

32

12

8Vo

latil

e2

I2C

5, 1

0, 5

0, 1

00

0.8

0.3

75

−40 t

o +125

Rhe

osta

t m

ode

10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P45

42

12

8N

onvo

latil

e1

I2C

5, 1

0, 5

0, 1

00

0.8

0.3

75

−40 t

o +125

Rhe

osta

t m

ode,

Wip

erLo

ck T

echn

olog

y8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P45

52

25

6Vo

latil

e1

I2C

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Rhe

osta

t m

ode

8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P46

52

25

6N

onvo

latil

e2

I2C

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Rhe

osta

t m

ode

10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

MC

P45

62

25

6N

onvo

latil

e1

I2C

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Rhe

osta

t m

ode,

Wip

erLo

ck T

echn

olog

y8-p

in M

SO

P, 8

-pin

3 ×

3 D

FN

MC

P46

62

25

6N

onvo

latil

e2

I2C

5, 1

0, 5

0, 1

00

10.5

−40 t

o +125

Rhe

osta

t m

ode,

Wip

erLo

ck T

echn

olog

y10-p

in M

SO

P, 1

0-p

in 3

× 3

DFN

mIX

ed s

Ign

al:

Fre

quen

cy-to

-Vol

tage

/Vol

tage

-to-F

requ

ency

con

vert

ers

Par

t #

Freq

uenc

y r

ange

(kh

z)Fu

ll sca

le (

ppm

Fs/°

c)

non

-line

arity

(%

Fs)

Tem

pera

ture

ran

ge (

°c)

Pac

kage

s

TC94

00

10

0±40

±0.0

5−40 t

o +85

14-p

in P

DIP

, 14-p

in S

OIC

TC94

01

10

0±40

±0.0

2−40 t

o +85

14-p

in P

DIP

, 14-p

in S

OIC

TC94

02

10

0±100

±0.2

5−40 t

o +85

14-p

in P

DIP,

14-

pin

SOIC


mIX

ed s

Ign

al:

d/a

con

vert

ers

Par

t #

res

olut

ion

(Bits

)d

acs

per

Pac

kage

Inte

rfac

eVr

efo

utpu

t set

tling

Ti

me

(µs)

dn

l (l

sB

)

Typi

cal

sta

ndby

cur

rent

(µa

)

Typi

cal o

pera

ting

cur

rent

(µa

)Te

mpe

ratu

re

ran

ge (

°c)

Pac

kage

s

TC13

20

81

SM

bus

Ext

10

0.8

0.1

350

−40 t

o +85

8-p

in M

SO

P, 8

-pin

SO

IC

TC13

21

10

1S

Mbu

sEx

t10

20.1

350

−40 t

o +85

8-p

in M

SO

P, 8

-pin

SO

IC

MC

P47

A16

1I2

C™

/SM

Bus

Ext

15

0.5

90

130

−40 t

o +125

6-p

in S

C-7

0

MC

P47

06

81

I2C

Ext

60.0

50.0

6210

−40 t

o +125

6-p

in S

OT-

23

MC

P47

16

10

1I2

CEx

t6

0.1

88

0.0

6210

−40 t

o +125

6-p

in S

OT-

23

MC

P47

25

12

1I2

CVd

d6

0.7

51

210

−40 t

o +125

6-p

in S

OT-

23

MC

P47

26

12

1I2

CEx

t6

0.7

50.0

6210

−40 t

o +125

6-p

in S

OT-

23

MC

P47

28

12

4I2

CIn

t/Vd

d6

0.7

50.0

4800

−40 t

o +125

10-p

in M

SO

P

MC

P48

01

81

SPI

Int

4.5

0.5

0.3

330

−40 t

o +125

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

DFN

MC

P48

02

82

SPI

Int

4.5

0.5

3.3

415

−40 t

o +125

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P48

11

10

1S

PIIn

t4.5

0.5

0.3

330

−40 t

o +125

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

DFN

MC

P48

12

10

2S

PIIn

t4.5

0.5

3.3

415

−40 t

o +125

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P48

21

12

1S

PIIn

t4.5

10.3

330

−40 t

o +125

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

DFN

MC

P48

22

12

2S

PIIn

t4.5

13.3

415

−40 t

o +125

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P

MC

P49

01

81

SPI

Ext

4.5

0.5

3.3

175

−40 t

o +125

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

DFN

MC

P49

02

82

SPI

Ext

4.5

0.5

0.3

350

−40 t

o +125

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

inTS

SO

P

MC

P49

11

10

1S

PIEx

t4.5

0.5

3.3

175

−40 t

o +125

8-p

in D

FN,

8-p

in M

SO

P, 8

-pin

PD

IP,

8-p

in S

OIC

MC

P49

12

10

2S

PIEx

t4.5

0.5

0.3

350

−40 t

o +125

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

inTS

SO

P

MC

P49

21

12

1S

PIEx

t4.5

0.7

53.3

175

−40 t

o +125

8-p

in P

DIP

, 8-p

in S

OIC

, 8-p

in M

SO

P, 8

-pin

DFN

MC

P49

22

12

2S

PIEx

t4.5

0.7

50.3

350

−40 t

o +125

14-p

in P

DIP

, 14-p

in S

OIC

, 14-p

in T

SS

OP

not

e: T

he a

nalo

g ou

tput

is v

olta

ge.

InTe

rFa

Ce

InTe

rFa

ce:

con

trol

ler

are

a n

etw

ork

(ca

n)

Pro

duct

s

Par

t #

ope

ratin

g Vo

ltage

(V)

Tem

pera

ture

r

ange

(°

c)

Tx

Buf

fers

rx

Buf

fers

Filte

rsm

asks

Inte

rrup

t o

utpu

tu

niqu

e Fe

atur

esPac

kage

s

MC

P25

10

(1)

2.7

to

5.5

−4

0 t

o +

12

53

26

2Ye

sC

AN 2

.0B

Act

ive

cont

rolle

r w

ith S

PI in

terf

ace

to M

CU

, 3 t

rans

mit

buffer

s, 2

rec

eive

buf

fers

, H

W a

nd S

W m

essa

ge t

rigge

rs

18-p

in P

DIP

, 18-p

in S

OIC

, 20-p

in

TSS

OP

MC

P25

15

2.7

to

5.5

−4

0 t

o +

12

53

26

2Ye

sM

CP2

510 p

in c

ompa

tible

upg

rade

with

enh

ance

d fe

atur

es

incl

udin

g hi

gher

thr

ough

put

and

data

byt

e fil

terin

g 18-p

in P

DIP

, 18-p

in S

OIC

, 20-p

in

TSS

OP

MC

P25

02

02

.7 t

o 5

.5−

40

to

+1

25

32

21

N/A

CAN

2.0

B A

ctiv

e I/

O E

xpan

der,

Con

figur

able

I/O

, 2 P

WM

out

puts

14-p

in P

DIP

, 14-p

in S

OIC

MC

P25

02

52

.7 t

o 5

.5−

40

to

+8

53

22

1N

/AC

AN 2

.0B

Act

ive

I/O

Exp

ande

r, C

onfig

urab

le I/

O,

2 P

WM

out

puts

, O

ne-w

ire C

AN o

ptio

n14-p

in P

DIP

, 14-p

in S

OIC

MC

P25

05

02

.7 t

o 5

.5−

40

to

+1

25

32

21

N/A

Mix

ed-S

igna

l CAN

2.0

B A

ctiv

e I/

O E

xpan

der,

Con

figur

able

I/O

, 4 1

0-b

it AD

Cs,

2 P

WM

out

puts

14-p

in P

DIP

, 14-p

in S

OIC

MC

P25

05

52

.7 t

o 5

.5−

40

to

+8

53

22

1N

/AM

ixed

-Sig

nal C

AN 2

.0B

Act

ive

I/O

Exp

ande

r, C

onfig

urab

le I/

O,

4 1

0-b

it AD

Cs,

2 P

WM

out

puts

, O

ne-w

ire C

AN o

ptio

n14-p

in P

DIP

, 14-p

in S

OIC

MC

P25

51

4.5

to

5.5

−4

0 t

o +

12

5N

/AN

/AN

/AN

/AN

/AH

igh-

spee

d C

AN T

rans

ceiv

er (

1 M

bps

max

. C

AN b

us s

peed

),

ISO

11898 c

ompa

tible

, In

dust

ry s

tand

ard

pino

ut8-p

in P

DIP

, 8-p

in S

OIC

not

e 1

: N

ot r

ecom

men

ded

for

new

des

igns

.


InTe

rFa

ce:

Inf

rare

d P

rodu

cts

Par

t #

ope

ratin

g Vo

ltage

(V)

ope

ratin

g Te

mp.

ran

ge (

°c)

max

. Bau

d r

ate

(Kba

ud)

uni

que

Feat

ures

Pac

kage

s

MC

P21

20

2.5

to

5.5

−4

0 t

o +85

325

UAR

T to

IR e

ncod

er/d

ecod

er w

ith b

oth

hard

war

e an

d so

ftw

are

baud

rat

e se

lect

ion

14-p

in P

DIP

, 14-p

in S

OIC

MC

P21

22

1.8

to

5.5

−4

0 t

o +85

16× le

ss t

han

cloc

k in

put

UAR

T to

IR e

ncod

er/d

ecod

er8-p

in P

DIP

, 8-p

in S

OIC

MC

P21

40

A2

.0 t

o 5

.5−

40

to

+85

9.6

IrDA®

Sta

ndar

d pr

otoc

ol h

andl

er p

lus

bit

enco

der/

deco

der,

Fi

xed

baud

rat

e, L

ow-c

ost

18-p

in P

DIP

, 18-p

in S

OIC

, 20-p

in S

SO

P

MC

P21

50

3.0

to

5.5

−4

0 t

o +85

115.2

IrDA®

Sta

ndar

d pr

otoc

ol h

andl

er p

lus

bit

enco

der/

deco

der

on

one

chip

for

DTE

app

licat

ions

, Pr

ogra

mm

able

ID18-p

in P

DIP

, 18-p

in S

OIC

, 20-p

in S

SO

P

MC

P21

55

3.0

to

5.5

−4

0 t

o +85

115.2

IrDA®

Sta

ndar

d pr

otoc

ol h

andl

er p

lus

bit

enco

der/

deco

der

on

one

chip

for

DC

E ap

plic

atio

ns, Pr

ogra

mm

able

ID18-p

in P

DIP

, 18-p

in S

OIC

, 20-p

in S

SO

P

IrDA®

is a

reg

iste

red

trad

emar

k of

Infr

ared

Dat

a As

soci

atio

n

InTe

rFa

ce:

eth

erne

t P

rodu

cts

Par

t #

ope

ratin

g Vo

ltage

(V)

ope

ratin

g Te

mp.

r

ange

(°

c)

ma

cP

hy

TX/r

X r

am

Inte

rfac

eFe

atur

esPac

kage

s

ENC

28J

603

.1 t

o 3

.6−

40

to

+8

5Ye

s10B

ase-

T8 K

BS

PI• 1

0Bas

e-T Ethe

rnet con

troller, IE

EE 802.3™ com

pliant

• Loo

pbac

k test m

odes

, Au

to-polarity detec

tion

• C

lock out pin with

program

mab

le frequ

encies

28-p

in S

OIC

, 28-p

in S

SO

P,

28-p

in 6

× 6

QFN

, 28-p

in S

PDIP

ENC

424

J600

3.0

to

3.6

−4

0 t

o +

85

Yes

10/1

00B

ase-

T24 K

B• S

PI• 8

-bit multip

lexed

para

llel i

nter

face

• 1

0/1

00 Etherne

t co

ntrolle

r, IE

EE 802.3(TM) co

mpliant

• C

ryptog

raph

ic Sec

urity Eng

ines

: MD5, SHA-1, AE

S, RSA

• P

reprog

rammed

uniqu

e MAC

add

ress

• Loo

pbac

k test m

odes

, Au

to-polarity detec

tion

• C

lock out pin with

program

mab

le frequ

encies

44-p

in T

QFP

, 44-p

in Q

FN

ENC

624

J600

3.0

to

3.6

−4

0 t

o +

85

Yes

10/1

00B

ase-

T24 K

B

• S

PI• 8

-bit or 16-bit

mul

tiple

xed

or

dem

ultip

lexe

d pa

ralle

l int

erfa

ce

• 1

0/1

00 Etherne

t co

ntrolle

r, IE

EE 802.3(TM) co

mpliant

• C

ryptog

raph

ic Sec

urity Eng

ines

: MD5, SHA-1, AE

S, RSA

• P

reprog

rammed

uniqu

e MAC

add

ress

• Loo

pbac

k test m

odes

, Au

to-polarity detec

tion

• C

lock out pin with

program

mab

le frequ

encies

64-p

in T

QFP

InTe

rFa

ce:

Pas

sive

acc

ess

Pro

duct

s

Par

t #

ope

ratin

g Vo

ltage

(V)

ope

ratin

g Te

mp.

r

ange

(°

c)

Bus

Ty

per

F car

rier

Fr

eque

ncy

dat

a Fo

rmat

Feat

ures

Pac

kage

s

MC

P20

30

1.8

to

3.6

−4

0 t

o +

85

SPI

125 k

Hz

NR

ZTh

ree

axis

sig

nal c

ondi

tioni

ng d

evic

es f

or p

assi

ve a

cces

s ap

plic

atio

ns, H

igh-

sens

itivi

ty,

Con

figur

able

sm

art

wak

e-up

filte

r14-p

in P

DIP

, 14-p

in S

OIC

,

14-p

in T

SS

OP

InTe

rFa

ce:

lIn

Tra

nsce

iver

Pro

duct

s

Par

t #

des

crip

tion

Vreg

out

put

Volta

ge (

V)o

pera

ting

Tem

p.

ran

ge (

°c)

Vreg

out

put

cur

rent

(m

a)

Vcc r

ange

(V

)m

ax

Bau

d r

ate

lIn

spe

cific

atio

n sup

port

edPac

kage

s

MC

P20

03

AS

tand

-alo

ne L

IN T

rans

ceiv

er

(indu

stry

sta

ndar

d pi

nout

)N

one

−40 t

o +125

Non

e6 t

o 27

20 K

baud

Rev

isio

n 1.3

, 2.0

, 2.1

, S

AE J

2602

8-p

in P

DIP

, 8-p

in S

OIC

,

8-p

in 4

× 4

DFN

MC

P20

04

AS

tand

-alo

ne L

IN T

rans

ceiv

er

with

TXE

/Fau

lt I/

ON

one

−40 t

o +125

Non

e6 t

o 27

20 K

baud

Rev

isio

n 1.3

, 2.0

, 2.1

, S

AE J

2602

8-p

in P

DIP

, 8-p

in S

OIC

,

8-p

in 4

× 4

DFN

MC

P20

21

ALI

N T

rans

ceiv

er w

ith

inte

grat

ed V

reg

5.0

± 3

%,

3.3

± 3

%−40 t

o +125

70

6 t

o 18

20 K

baud

Rev

isio

n 1.3

, 2.0

, 2.1

, S

AE J

2602

8-p

in P

DIP

, 8-p

in S

OIC

,

8-p

in 4

× 4

DFN

MC

P20

22

ALI

N T

rans

ceiv

er w

ith

inte

grat

ed V

reg

, R

ESET

pin

5.0

± 3

%,

3.3

± 3

%−40 t

o +125

70

6 t

o 18

20 K

baud

Rev

isio

n 1.3

, 2.0

, 2.1

, S

AE J

2602

14-p

in P

DIP

, 14-p

in S

OIC

,

14-p

in T

SS

OP

MC

P20

25

LIN

Tra

nsce

iver

with

in

tegr

ated

Vr

eg

5.0

± 3

%,

3.3

± 3

%−40 t

o +125

70

6 t

o 18

20 K

baud

Rev

isio

n 2.0

8-p

in P

DIP

, 8-p

in S

OIC

,

8-p

in 4

× 4

DFN

MC

P20

50

LIN

Tra

nsce

iver

with

in

tegr

ated

Vr

eg, W

WD

T5

.0 ±

3%

, 3

.3 ±

3%

−40 t

o +125

70

6 t

o 18

20 K

baud

Rev

isio

n 1.3

, 2.0

, 2.1

, S

AE J

2602

14-p

in P

DIP

, 14-p

in S

OIC

, 20-p

in Q

FN


InTe

rFa

ce:

ser

ial P

erip

hera

ls

Par

t #

des

crip

tion

ope

ratin

g Vo

ltage

(V)

ope

ratin

g Te

mp.

r

ange

(°

c)

Bus

Ty

pe

max

. Bus

Fr

eque

ncy

(kh

z)Fe

atur

esPac

kage

s

MC

P23

00

88

-bit

I/O

Por

t Ex

pand

er1

.8 t

o 5

.5−40 t

o +85

I2C

™1700

3 H

W a

ddre

ss p

ins,

HW

inte

rrup

t, 2

5 m

A so

urce

/sin

k ca

pabi

lity

per

I/O

18-p

in P

DIP

, 18-p

in S

OIC

, 20-p

in S

SO

P,

20-p

in 4

× 4

QFN

MC

P23

S0

88

-bit

I/O

Por

t Ex

pand

er1

.8 t

o 5

.5−40 t

o +85

SPI

10000

2 H

W a

ddre

ss p

ins,

HW

inte

rrup

t, 2

5 m

A so

urce

/sin

k ca

pabi

lity

per

I/O

18-p

in P

DIP

, 18-p

in S

OIC

, 20-p

in S

SO

P,

20-p

in 4

× 4

QFN

MC

P23

00

98

-bit

I/O

Por

t Ex

pand

er1

.8 t

o 5

.5−40 t

o +125

I2C

™3400

1 H

W a

ddre

ss p

in, H

W in

terr

upt,

25 m

A so

urce

/sin

k pe

r I/

O,

100 k

Hz,

400 k

Hz

and

3.4

MH

z I2

C™

sup

port

ed18-p

in P

DIP

, 18-p

in S

OIC

, 20-p

in S

SO

P

MC

P23

S0

98

-bit

I/O

Por

t Ex

pand

er1

.8 t

o 5

.5−40 t

o +125

SPI

10000

HW

inte

rrup

t, 2

5 m

A so

urce

/sin

k pe

r I/

O18-p

in P

DIP

, 18-p

in S

OIC

MC

P23

01

61

6-b

it I/

O P

ort

Expa

nder

2.0

to

5.5

−40 t

o +85

I2C

™400

3 H

W a

ddre

ss in

puts

, H

W in

terr

upt,

25 m

A so

urce

/sin

k ca

pabi

lity

per

I/O

28-p

in P

DIP

, 28-p

in S

OIC

, 28-p

in S

SO

P,

28-p

in 6

× 6

QFN

MC

P23

01

71

6-b

it I/

O E

xpan

der

1.8

to

5.5

−40 t

o +125

I2C

™1700

3 H

W a

ddre

ss p

ins,

25 m

A si

nk/s

ourc

e pe

r I/

O,

100 k

Hz,

400 k

Hz

and

3-4

MH

z I2

C™

sup

port

ed,

Inte

rrup

t ou

tput

28-p

in P

DIP

, 28-p

in S

OIC

, 28-p

in S

SO

P,

28-p

in Q

FN

MC

P23

S1

71

6-b

it I/

O E

xpan

der

1.8

to

5.5

−40 t

o +125

SPI

10000

3 H

W a

ddre

ss p

ins,

25 m

A si

nk/s

ourc

e pe

r I/

O,

Inte

rrup

t ou

tput

28-p

in P

DIP

, 28-p

in S

OIC

, 28-p

in S

SO

P,

28-p

in Q

FN

MC

P23

01

81

6-b

it I/

O P

ort

Expa

nder

1.8

to

5.5

−40 t

o +125

I2C

™3400

1 H

W a

ddre

ss p

in, 2 H

W in

terr

upts

, 25 m

A so

urce

/sin

k pe

r I/

O, 100 k

Hz,

400 k

Hz

and

3.4

MH

z I2

C™

sup

port

ed24-p

in S

SO

P, 2

8-p

in S

OIC

, 28-p

in S

DIP

MC

P23

S1

81

6-b

it I/

O P

ort

Expa

nder

1.8

to

5.5

−40 t

o +125

SPI

10000

2 H

W in

terr

upts

, 25 m

A so

urce

/sin

k pe

r I/

O28-p

in S

OIC

, 28-p

in S

DIP

INTE

RFA

CE:

IEE

E 80

2.11

™ M

odul

es

Par

t #

Pin

cou

ntFr

eque

ncy

ran

ge (

gh

z)sen

sitiv

ity

(dB

m)

Pow

er

out

put

(dB

m)

rss

ITx

Pow

er

con

sum

ptio

n (m

a)

rx

Pow

er

con

sum

ptio

n (m

a)

clo

cksle

epm

acm

ac F

eatu

res

Pro

toco

lsen

cryp

tion

Inte

rfac

ePac

kage

s

MR

F24W

B0M

A3

62

.41

2–2

.48

4−

91

10

Yes

156

85

25 M

Hz

0.1

μA(1

)Ye

s802.1

1b,

long

ran

ge,

low

pow

er

Wi-F

i® C

onne

ctio

n M

anag

er,

Anno

unce

, DN

S, D

DN

S, D

HC

P, FT

P, H

TTP,

NB

NS

, SN

MP,

SN

TP,

SS

L, T

CP,

UD

P, Ze

roC

onf(2

)

WPA

2-P

SK

, W

PA-P

SK

, W

EP4-w

ire S

PI36/M

odul

e

MR

F24W

B0M

B3

62

.41

2–2

.48

4−

91

10

Yes

156

85

25 M

Hz

0.1

μA(1

)Ye

s802.1

1b,

long

ran

ge,

low

pow

er

Wi-F

i Con

nect

ion

Man

ager

, An

noun

ce, D

NS

, DD

NS

, DH

CP,

FTP,

HTT

P, N

BN

S, S

NM

P, S

NTP

, S

SL,

TC

P, U

DP,

Zero

Con

f(2)

WPA

2-P

SK

, W

PA-P

SK

, W

EP4-w

ire S

PI36/M

odul

e

MR

F24W

G0M

A3

62

.41

2–2

.48

4−

95

18

Yes

240

156

25 M

Hz

0.1

mA(1

)Ye

s802.1

1b/

g, W

i-Fi D

irect

, S

oftA

P, W

PS

Wi-F

i Con

nect

ion

Man

ager

, An

noun

ce, D

NS

, DD

NS

, DH

CP,

FTP,

HTT

P, N

BN

S, S

NM

P, S

NTP

, S

SL,

TC

P, U

DP,

Zero

Con

f(2)

WPA

2-P

SK

, W

PA-P

SK

, W

EP4-w

ire S

PI36/M

odul

e

MR

F24W

G0M

B3

62

.41

2–2

.48

4−

95

18

Yes

240

156

25 M

Hz

0.1

mA(1

)Ye

s802.1

1b/

g, W

i-Fi D

irect

, S

oftA

P, W

PS

Wi-F

i Con

nect

ion

Man

ager

, An

noun

ce, D

NS

, DD

NS

, DH

CP,

FTP,

HTT

P, N

BN

S, S

NM

P, S

NTP

, S

SL,

TC

P, U

DP,

Zero

Con

f(2)

WPA

2-P

SK

, W

PA-P

SK

, W

EP4-w

ire S

PI36/M

odul

e

RN

17

14

92

.41

2–2

.48

4−

83

12

Yes

130

30

44 M

Hz

4 μ

AYe

s802.1

1b/

g, S

oftA

P,

WPS

, W

ebsc

anD

HC

P, D

NS

, AR

P, IC

MP,

FTP

cl

ient

, H

TTP

clie

nt,

TCP,

UD

PW

EP,

WPA

, W

PA2

UAR

T, S

PI

Sla

ve, W

i-Fi

49/M

odul

e

RN

13

1C

44

2.4

12

–2.4

84

−8

51

8Ye

s210 (+18

dBm

)40

44 M

Hz

4 μ

AYe

s802.1

1b/

g, S

oftA

P,

WPS

, W

ebsc

anD

HC

P, D

NS

, AR

P, IC

MP,

FTP

cl

ient

, H

TTP

clie

nt,

TCP,

UD

PW

EP,

WPA

, W

PA2

UAR

T, S

PI

Sla

ve, W

i-Fi

44/M

odul

e

RN

13

1G

44

2.4

12

–2.4

84

−8

51

8Ye

s210 (+18

dBm

)40

44 M

Hz

4 μ

AYe

s802.1

1b/

g, S

oftA

P,

WPS

, W

ebsc

anD

HC

P, D

NS

, AR

P, IC

MP,

FTP

cl

ient

, H

TTP

clie

nt,

TCP,

UD

PW

EP,

WPA

, W

PA2

UAR

T, S

PI

Sla

ve, W

i-Fi

44/M

odul

e

not

e 1

: In

dica

tes

“off

” cu

rren

t n

ote

2:

Sup

port

ed in

the

pro

vide

d st

ack

INTE

RFA

CE:

Blu

etoo

th M

odul

es

Par

t #

Pin

cou

ntFr

eque

ncy

ran

ge

(gh

z)sen

sitiv

ity

(dB

m)

Pow

er

out

put

(dB

m)

Pow

er c

onsu

mpt

ion

sle

epm

ac

Pro

files

Inte

rfac

ePac

kage

s

RN

41-I/

RM

35

2.4

12

–2.4

84

−8

01

5S

tand

by/I

dle

25 m

A, C

onne

cted

(no

rmal

mod

e) 3

0 m

A,

Con

nect

ed (lo

w p

ower

Sni

ff) 8 m

AS

tand

by/I

dle

(Dee

p sl

eep

enab

led)

250 μ

AYe

sS

PP,

DU

N,

HID

, iA

P, H

CI,

RFC

OM

M,

L2C

AP,

SD

PU

ART,

US

B,

Blu

etoo

th35/M

odul

e

RN

42

-I/R

M3

52

.41

2–2

.48

4−

80

4S

tand

by/I

dle

25 m

A, C

onne

cted

(no

rmal

mod

e) 3

0 m

A,

Con

nect

ed (lo

w p

ower

Sni

ff) 8 m

AS

tand

by/I

dle

(Dee

p sl

eep

enab

led)

26 μ

AYe

sS

PP,

DU

N,

HID

, iA

P, H

CI,

RFC

OM

M,

L2C

AP,

SD

PU

ART,

US

B,

Blu

etoo

th35/M

odul

e


INTE

RFA

CE:

IEE

E 80

2.15

.4 Z

igB

ee®

RF

Tran

scei

ver P

rodu

cts

Par

t #

Pin

cou

ntFr

eque

ncy

ran

ge (

gh

z)sen

sitiv

ity

(dB

m)

Pow

er o

utpu

t (d

Bm

)r

ssI

Tx P

ower

con

sum

ptio

n (m

a)

rx

Pow

er

con

sum

ptio

n (m

a)

clo

ck

(mh

z)sle

epm

ac

ma

c

Feat

ures

encr

yptio

nIn

terf

ace

Pac

kage

s

MR

F24

J40

40

2.4

05

to

2.4

8−

95

0Ye

s23

19

20

2 μ

AYe

sC

SM

A-C

AAE

S128

4-w

ire S

PI40-p

in Q

FN

MR

F24

J40

MA

12

2.4

05

to

2.4

8−

95

0Ye

s23

19

20

2 μ

AYe

sC

SM

A-C

AAE

S128

4-w

ire S

PI12/M

odul

e

MR

F24

J40

MB

12

2.4

05

to

2.4

8−

10

220

Yes

130

25

20

5 μ

AYe

sC

SM

A-C

AAE

S128

4-w

ire S

PI12/M

odul

e

MR

F24

J40

MC

12

2.4

05

to

2.4

8−

10

820

Yes

120

25

20

12 μ

AYe

sC

SM

A-C

AAE

S128

4-w

ire S

PI12/M

odul

e

INTE

RFA

CE:

Sub

-GH

z Tr

ansc

eive

rs

Par

t #

Pin

cou

ntFr

eque

ncy

ran

ge

(mh

z)sen

sitiv

ity

(dB

m)

Pow

er o

utpu

t (d

Bm

)r

ssI

Tx P

ower

con

sum

ptio

n (m

a)

rx

Pow

er

con

sum

ptio

n (m

a)

clo

ck (

mh

z)sle

epIn

terf

ace

Pac

kage

s

MR

F49

XA

16

43

3/8

68

/91

5−

11

07

Yes

15 m

A @

0 d

Bm

11

10 M

Hz

0.3

μA

4-w

ire S

PI16-p

in T

SS

OP

MR

F89

XA

32

86

8/9

15

/95

0−

11

312.5

Yes

25 m

A @

0 d

Bm

312.8

MH

z0.1

µA

4-w

ire S

PI32-p

in T

QFN

MR

F89

XAM

8A

12

86

8−

11

312.5

Yes

25 m

A @

0 d

Bm

312.8

MH

z0.1

µA

4-w

ire S

PI12/M

odul

e

MR

F89

XAM

9A

12

91

5−

11

312.5

Yes

25 m

A @

0 d

Bm

312.8

MH

z0.1

µA

4-w

ire S

PI12/M

odul

e

INTE

RFA

CE:

Sub

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itter

s

Par

t #

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cou

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eque

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ge (

mh

z)P

rogr

am

mem

ory

(Byt

es)

eeP

ro

m

(byt

es)

ra

m

(byt

es)

dig

ital

Tim

erW

atch

dog

Ti

mer

max

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ed

(mh

z)Ic

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mod

ulat

ion

dat

a r

ate

(ksp

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t Pow

er

(dB

m)

ope

ratin

g Vo

ltage

(V)

Pac

kage

s

PIC

12F5

29

T48

A6

41

8–8

68

2.3

K64

201

11

8Ye

sO

OK

/FS

K100

10

2.0

–3.7

14-p

in T

SS

OP

PIC

12F5

29

T39

A6

31

0–9

28

2.3

K64

201

11

8Ye

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/FS

K100

10

2.0

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14-p

in T

SS

OP

PIC

12LF

18

40

T48

A6

41

8–8

68

7.1

K256

256

21

32

Yes

OO

K/F

SK

100

10

1.8

–3.6

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in T

SS

OP

PIC

12LF

18

40

T39

A6

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256

21

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Yes

OO

K/F

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100

10

1.8

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14-p

in T

SS

OP

rfPI

C12

F67

5F

63

80

–45

01

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128

64

11

20

Yes

ASK

/FS

K40

10

2.0

–5.5

20-p

in S

SO

P

rfPI

C12

F67

5H

6

85

0–9

30

1.7

K128

64

11

20

Yes

ASK

/FS

K40

10

2.0

–5.5

20-p

in S

SO

P

rfPI

C12

F67

5K

6

29

0–3

50

1.7

K128

64

11

20

Yes

ASK

/FS

K40

10

2.0

–5.5

20-p

in S

SO

P

InTe

rFa

ce:

usB

Pro

duct

s

Par

t #

usB

spe

edu

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com

plia

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hy

mcu

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fer

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ytes

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umbe

r of

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pera

ting

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ge

(V)

Pac

kage

s

MC

P22

00

Full-

Spe

ed U

SB

(1

2 M

b/s)

, Lo

w-S

peed

US

B (1

.5 M

b/s)

Yes

Yes

UAR

T128/1

28

82.7

to

5.5

20-p

in S

OIC

, 20-p

in T

SS

OP,

20-p

in Q

FN

MC

P22

10

Full-

Spe

ed U

SB

(1

2 M

b/s)

, Lo

w-S

peed

US

B (1

.5 M

b/s)

Yes

Yes

SPI

64

93.3

to

5.5

20-p

in S

OIC

, 20-p

in T

SS

OP,

20-p

in Q

FN

InTe

rFa

ce:

usB

Por

t Po

wer

con

trol

lers

with

cha

rger

em

ulat

ion

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t #

des

crip

tion

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t Pow

er

sw

itch

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m)

hi-s

peed

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witc

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atte

ry c

harg

er

emul

atio

n P

rofil

es8

res

isto

r set

cur

rent

lim

itscha

rgin

g In

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tor

out

put

att

ach

det

ectio

n o

utpu

tcur

rent

m

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rem

ent

Pow

er

allo

catio

nIn

terf

ace

Pac

kage

s

UC

S1

00

1-1

US

B P

ort

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ontr

olle

r w

ith C

harg

er E

mul

atio

n1

19

up t

o 2.5

AYe

s–

––

Dis

cret

e I/

020-p

in 4

× 4

QFN

UC

S1

00

1-2

US

B P

ort

Pow

er C

ontr

olle

r w

ith C

harg

er E

mul

atio

n1

19

up t

o 2.5

A–

Yes

––

Dis

cret

e I/

O20-p

in 4

× 4

QFN

UC

S1

00

2-1

Prog

ram

mab

le U

SB

Por

t Po

wer

Con

trol

ler

with

C

harg

er E

mul

atio

n1

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1 p

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amm

able

up t

o 2.5

AYe

s–

Yes

Yes

I2C

™/S

MB

us20-p

in 4

× 4

QFN


Sa

FeTY

& S

eCU

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Ysa

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& s

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mem

ory

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Bat

tery

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etec

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cha

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ala

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ra

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ate

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tic m

ode

ope

ratin

g Te

mp.

ran

ge (

°c)

Pac

kage

s

RE4

6C

14

0N

FPA

Tem

pora

lN

oYe

sYe

sYe

sYe

sYe

s–

−25 t

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16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

14

1N

FPA

Tem

pora

lN

oYe

sYe

sYe

s–

Yes

–−25 t

o +75

16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

14

3C

ontin

uous

Ton

eN

oYe

sYe

sYe

s–

Yes

–−25 t

o +75

16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

14

4C

ontin

uous

Ton

eN

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sYe

sYe

sYe

sYe

s–

−25 t

o +75

16-p

in P

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, 16-p

in S

OIC

RE4

6C

14

5N

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Tem

pora

lN

oYe

sYe

sYe

sYe

sYe

sYe

s−25 t

o +75

16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

16

5N

FPA

Tem

pora

lYe

sYe

sYe

sYe

sYe

sYe

sYe

s−25 t

o +75

16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

16

6C

ontin

uous

Ton

eYe

sYe

sYe

sYe

sYe

sYe

sYe

s−25 t

o +75

16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

16

7N

FPA

Tem

pora

lYe

sYe

sYe

sYe

sYe

sYe

sYe

s−25 t

o +75

16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

16

8C

ontin

uous

Ton

eYe

sYe

sYe

sYe

sYe

sYe

sYe

s−25 t

o +75

16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

19

0N

FPA

Tem

pora

l or

Con

tinuo

us T

one

Yes

Yes

Yes

Yes

Yes

Yes

–−10 t

o +60

16-p

in S

OIC

saFe

Ty &

sec

ur

ITy:

Ion

izat

ion

smok

e d

etec

tor

Ics

Par

t #

hor

n d

rive

r

ala

rm P

atte

rna

larm

m

emor

ylo

w B

atte

ry

det

ectio

nr

ever

se B

atte

ry

Pro

tect

ion

ala

rm

Inte

rcon

nect

hus

h Ti

mer

Pow

er-u

p lo

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atte

ry T

est

ope

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g Te

mp.

r

ange

(°

c)

Pac

kage

s

RE4

6C

12

0N

FPA

Tem

pora

l or

Con

tinuo

us T

one

No

Yes

Yes

––

–−10 t

o +60

16-p

in P

DIP

RE4

6C

12

1N

FPA

Tem

pora

lN

oYe

sYe

sYe

s–

–−10 t

o +60

16-p

in P

DIP

RE4

6C

12

2N

FPA

Tem

pora

lN

oYe

sYe

sYe

sYe

sYe

s−10 t

o +60

16-p

in P

DIP

RE4

6C

12

6C

ontin

uous

Ton

eN

oYe

sYe

sYe

s–

–−10 t

o +60

16-p

in P

DIP

RE4

6C

12

7C

ontin

uous

Ton

eN

oYe

sYe

sYe

sYe

sYe

s−10 t

o +60

16-p

in P

DIP

RE4

6C

12

8N

FPA

Tem

pora

lN

oYe

sYe

sYe

s–

Yes

−10 t

o +60

16-p

in P

DIP

RE4

6C

12

9C

ontin

uous

Ton

eN

oYe

sYe

sYe

s–

Yes

−10 t

o +60

16-p

in P

DIP

RE4

6C

15

2N

FPA

Tem

pora

l or

Con

tinuo

us T

one

No

Yes

Yes

Yes

Yes

Yes

−10 t

o +60

16-p

in P

DIP

RE4

6C

16

2N

FPA

Tem

pora

l or

Con

tinuo

us T

one

Yes

Yes

Yes

Yes

Yes

Yes

−10 t

o +60

16-p

in P

DIP

RE4

6C

16

3N

FPA

Tem

pora

l or

Con

tinuo

us T

one

Yes

Yes

Yes

Yes

Yes

Yes

−10 t

o +60

16-p

in P

DIP

RE4

6C

18

0N

FPA

Tem

pora

l or

Con

tinuo

us T

one

Yes

Yes

No

Yes

Yes

Yes

−10 t

o +60

16-p

in P

DIP

, 16-p

in S

OIC

saFe

Ty &

sec

ur

ITy:

Ion

izat

ion

smok

e d

etec

tor

Fron

t en

ds

Par

t #

mic

ropr

oces

sor

com

patib

le o

utpu

to

utpu

t o

ptio

nsTy

pica

l app

licat

ion

ope

ratin

g Te

mpe

ratu

re r

ange

(°

c)

Pac

kage

s

RE4

6C

11

2Ye

sVo

ut

1/4

of Vd

d o

r Vo

ut

1/4

of D

etec

t In

put

3V

or 3

.3V

Mic

ropr

oces

sor

−10 t

o +60

8-p

in P

DIP

RE4

6C

11

4Ye

sV o

ut

1/2

of Vd

d o

r Vo

ut

1/2

of D

etec

t In

put

5V

Mic

ropr

oces

sor

−10 t

o +60

8-p

in P

DIP


sa

FeTy

& s

ecu

rIT

y: P

iezo

elec

tric

hor

n d

rive

rs

Par

t #

ope

ratin

g Vo

ltage

(V)

led

drive

rVo

ltage

r

egul

ator

(V)

low

Bat

tery

d

etec

tion

Inte

rcon

nect

Pow

er g

ood

ope

ratin

g Te

mp.

ran

ge (

°c)

Pac

kage

s

RE4

6C

10

06

to

16

––

––

–−40 t

o +85

8-p

in P

DIP

, 8-p

in S

OIC

RE4

6C

10

16

to

16

Yes

––

––

−40 t

o +85

8-p

in P

DIP

, 8-p

in S

OIC

RE4

6C

10

44

to

8–

––

––

0 t

o +50

14-p

in P

DIP

, 14-p

in S

OIC

RE4

6C

10

56

to

12

Yes

3.3

or

5Ye

s–

–−40 t

o +85

14-p

in P

DIP

, 14-p

in S

OIC

RE4

6C

10

72

to

5Ye

s3 o

r 3.3

Yes

––

0 t

o +50

16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

10

86

to

12

–3.3

or

5–

––

−40 t

o +85

8-p

in P

DIP

, 8-p

in S

OIC

RE4

6C

10

96

to

12

–3

Yes

Yes

Yes

−40 t

o +85

16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

11

72

to

5–

––

––

0 t

o +50

8-p

in P

DIP

, 8-p

in S

OIC

RE4

6C

11

96

to

12

–3

Yes

Yes

Yes

−40 t

o +85

16-p

in P

DIP

, 16-p

in S

OIC

RE4

6C

31

72

to

5Ye

s–

––

–−10 t

o +65

8-p

in P

DIP

, 8-p

in S

OIC

RE4

6C

31

82

to

5Ye

s–

––

–−10 t

o +65

8-p

in P

DIP

, 8-p

in S

OIC


Part Number Suffix DesignationsOrdering Information for all Microchip Analog Products beginning with “TC” prefix (formerly TelCom Semiconductor Products)

TC 7106 A-60 1 C P L 713

Taping Direction:TR or 713: Standard Taping, blank: no tape and reelNumber of Package Pins (See specific data sheet)Package TypeOperating Temperature Range:C: Commercial Range (0°C to +70°C)E: Extended Industrial Range (-40°C to +85°C)I: Industrial Range (-25°C to +85°C)M: Military Range (-55°C to +125°C)V: See Data Sheet for Specific Temperature Range(Extra Feature Code and/or Tolerance)* (See specific data sheet)(Output Voltage or Detect Voltage)* (If applicable, see specific data sheet)Electrical Performance Grade Option (Variation/Option)* (If applicable, see specific data sheet)A: Test Selection Criteria (See specific data sheet)B: R: Reversed Pin LayoutProduct Part Number (2 to 6 characters, see specific data sheet)Product PrefixNOTE: ( )* Used for voltage regulators and detectors .

Analog Product Part Numbers

Package Description # of Pins Package Description # of Pins

AB TO-220 3 MB SOT-89 3

AK TO-220 7 MF DFN (3 × 3) 8

AT TO-220 5 MT SOT-89 5

AV TO-220 (Formed) 5 NB SOT-23B 3

BB TO-220B 3 OA SOIC (N) 8

CB SOT-23A 3 OD SOIC (N) 14

CH SOT-23A 6 OE SOIC (W) 16

CT SOT-23A 5 OG SOIC (W) 24

DB SOT-223 3 OI SOIC (W) 28

EB DDPAK 3 OR SOIC (N) 16

EK DDPAK 7 PA PDIP (N) 8

ET DDPAK 5 PD PDIP (N) 14

HA SOP 8 PE PDIP (N) 16

JA CDIP (N) 8 PF PDIP (N) 24

JD CDIP (N) 14 PG PDIP (W) 24

JE CDIP (N) 16 PI PDIP (W) 28

JG CDIP (W) 24 PJ PDIP (W) 28

JI CDIP (W) 28 PL PDIP (W) 40

JL CDIP (W) 40 QR QSOP (N) 16

KU MQFP 64 RC SOT-143 4

KW MQFP 44 SI SSOP (W) 28

LB SC-70 3 UA MSOP 8

LI PLCC 28 UN MSOP 10

LS PLCC 68 VB DPAK 3

LT SC-70 5 ZB TO-92 3

LW PLCC 44 ZM TO-92 2


Package Type (see table below)Operating Temperature Range:- blank: Commercial Range (0°C to +70°C)I: Industrial (-40°C to +85°C) E: Extended Industrial Range (-40°C to +125°CSupervisor Bond Options:D:F:H:blank: Not ApplicableReset Voltage Thresholds or Performance Grade Options: (1-3 characters, see specific data sheets)270: 2 .7V reset threshold300: 3 .0V reset threshold315: 3 .15V reset threshold450: 4 .5V reset threshold460: 4 .6V reset threshold475: 4 .7V reset threshold485: 4 .85V reset thresholdorB: Grade (see specific data sheet)C: Grade (see specific data sheet)or blank: not applicableTape and Reel:T: Tape and Reelblank: No Tape and ReelProduct Part Number (3-6 characters, see specific data sheet)Product Prefix

Part Number Suffix DesignationsOrdering Information for all Microchip Analog Products beginning with “MCP” prefix

MCP xxxxx T - yyy z h / qq


Package Description # of Pins Tube/Bag Qty. Reel Qty.

TO TO-92 3 1000 N/A

TT SOT-23 3 N/A 3000

OT SOT-23 5 N/A 3000

P PDIP 8 60 N/A

SN SOIC 8 100 3300

ST TSSOP 8 100 2500

MS MSOP 8 100 2500

MC DFN (2 × 3) 8 N/A 3300

MF DFN (3 × 3) 8 50 3300

MF DFN (3 × 3, 10-Pin) 10 120 3300

ST TSSOP 14 96 2500

P PDIP 14 30 N/A

SL SOIC 14 57 2600

P PDIP 18 25 N/A

SO SOIC 18 42 1100

ST TSSOP 20 74 2500

SS SSOP 20 67 1600

ML QFN (6 × 6) 28 50 1600

ML QFN (4 × 4) 16 91 3300


Tape and Reel:TF: Tape and ReelF: No Tape and ReelPackage Type (2 to 4 characters, see table below)Product Part Number (3 characters, see specific data sheet)Product Prefix

Part Number Suffix DesignationsOrdering Information for all Microchip Analog Products beginning with “RE46C” prefix

RE46C xxx yyyy zz


Package Description # of Pins Tube/Bag Qty. Reel Qty.

E8 PDIP 8 60 N/A

S8 SOIC 8 100 3300

E14 PDIP 14 30 N/A

S14 SOIC 14 57 2600

E16 PDIP 16 30 N/A

S16 SOIC 16 50 2600

SW16 SOIC (300 mil) 16 47 1000

Tape and Reel:TR: Tape and ReelBlank: No Tape and ReelPackage Type (see table below)

Functional Option (refer to data sheet)Product Part Number (4-5 characters)Product Prefix for USB port power controllers

Part Number Suffix DesignationsOrdering Information for all Microchip Analog Products beginning with “UCS” prefix

UCS xxxxx - y - ppp - tt

Package Description # of Pins Reel Qty.

BP QFN (4 × 4) 20 4000



Functional Option (refer to data sheet)Product Part NumberProduct Prefix for Current and DC Power Sensors

Part Number Suffix DesignationsOrdering Information for all Microchip Analog Products beginning with “PAC” prefix

PAC xxxx - y - ppp - tt


AIA DFN (3 × 3) 10 4000

AIZL MSOP 10 4000

KP QFN (4 × 4) 12 4000

YZT SOIC 14 4000

AP QFN (4 × 4) 16 4000



Functional Option (refer to data sheet)

Number of Temperature SensorsProduct Part NumberProduct Prefix for Current and DC Power Sensors (shared with Thermal Products)

Part Number Suffix DesignationsOrdering Information for all Microchip Analog Products beginning with “EMC” prefix

Current/DC Power Sensors: Temperature Sensors/Remote Diode Monitors:EMC 170 x - y - pppp - tt EMC 1 b c d - y - pppp - tt


AIA DFN (3 × 3) 10 4000

AIZL MSOP 10 4000

KP QFN (4 × 4) 12 4000

YZT SOIC 14 4000

AP QFN (4 × 4) 16 4000


Address Option

Number of Temperature Monitors

Product Part Number 2: Hardware shutdown Otherwise arbitrary

Product Part Number Arbitrary

Product Part Number 1: Designates it is a temp . sensor

Product Prefix for Temperature Sensors (shared with Fan Controller Products)


AIA DFN (3 × 3) 10 4000

AC3 TDFN (2 × 3) 8 5000

ACZL MSOP 8 4000

ACZT SOIC 8 4000

AIZL MSOP 10 4000

AP QFN (4 × 4) 16 4000

YZT SOIC 14 4000



Functional Option (refer to data sheet)

Product Part Number arbitrary

Product Part Number 3: Designates fan speed controller (except EMC2300)

Product Part Number 2: Designates it is a fan controller

Product Prefix for Fan Controllers Shared with Temperature Sensors

Part Number Suffix DesignationsOrdering Information for all Microchip Analog Products beginning with “EMC” prefix

Fan Controllers:EMC 2 a xx - y - pppp - tt

Package Description # of Pins Tube Qty. Reel Qty.

ACZT SOIC 8 N/A 4000

ACZL MSOP 8 N/A 4000

AP QFN (4 × 4) 16 N/A 4000

BP QFN (4 × 4) 20 N/A 4000

KP QFN 12 N/A 4000

AZC SSOP 16 97 2800

DZK QFN 28 N/A 4000

CZC SSOP 24 N/A 2500



Evaluation, Demonstration and Development Kits

Order # Description Devices SupportedThermal Management Demonstration and Evaluation ToolsADM00345 MTD6505 3-Phase BLDC Sensorless Fan Controler Demonstration Board MTD6505

MCP9700DM-PCTL MCP9700 Temperature-to-Voltage Converter PICtail™ Demonstration Board MCP9800

MCP9700DM-TH1 MCP9700 Thermistor Demonstration Board MCP9700, MCP6S92

MCP9800DM-PCTL MCP9800 Temperature Sensor PICtail Demonstration Board MCP9800

MCP9800DM-TS1 MCP9800 Temperature Sensor Demonstration Board MCP9800

MCP9800DM-DL MCP9800 Temperature Data Logger Demonstration Board MCP9800

MCP9800DM-DL2 MCP9800 Temperature Data Logger Demonstration Board 2 MCP9800, MCP101, PIC10F202, 24LC16B

TC1047ADM-PICTL TC1047A Temperature-to-Voltage Converter PICtail™ Demonstration Board TC1047A

TC642DEMO TC64X/64XB Fan Speed Controller Demonstration Board TC642, TC646, TC647, TC648, TC649

TC650DEMO TC650 Fan Controller Demonstration Board TC650

TC652DEMO TC652 Fan Controller Demonstration Board TC652

TC72DM-PICTL TC72 Digital Temperature Sensor PICtail Demonstration Board TC72

TC74DEMO TC74 Serial Digital Thermal Sensor Demonstration Board TC74

TC77DM-PICTL TC77 Thermal Sensor PICtail Demonstration Board TC77

TMPSNS-RTD1 PT100 RTD Evaluation Board MCP6S26, MCP3301, MCP6024, MCP41010, PIC18F2550, TC1071, MCP6002

TMPSNSRD-RTD2 RTD Reference Design Board MCP3551, MCP9804

TMPSNSRD-TCPL1 Thermocouple Reference Design MCP9804, MCP3421

EVB-EMC1043 EMC1043 Evaluation Board EMC1043

EVB-EMC1043C EMC1043 Evaluation Board with External Diode Off-Board Cable EMC1043


EVB-EMC14xx EMC1412 Evaluation Board EMC1412, EMC1413, EMC1414


EVB-EMC2103-1 EMC2103-1 Evaluation Board EMC2103-1

Mixed Signal Demonstration and Evaluation Tools

ADM00310 MCP3903 ADC Evaluation Board for 16-bit MCUs MCP3903, MCP2200, PIC24, dsPIC33

ADM00317 MCP47X6 PICtail Plus Daughter Board MCP4726, MCP4716, MCP4706

ADM00333 PIC18F87J72 Evaluation Board PIC18F87J72

ADM00398 MCP3911 ADC Evaluation Board for 16-bit MCUs MCP3911

ARD00280 PIC18F87J72 Single Phase Energy Meter Reference Design N/A

ARD00330 PIC18F87J72 Energy Monitoring PICtail™ Plus Daughter Board N/A

ARD00342 MCP3901 and PIC18F65J90 Shunt Meter Reference Design MCP3901, PIC18F65J90

DV3201A MCP3XXX Single/Dual ADC MXDEV® Daughter Board MCP3001, MCP3002, MCP3201, MCP3202

DV3204A MCP3204/08 MXDEV Daughter Board MCP3004, MCP3008, MCP3204, MCP3208

DV42XXX MCP42XXX Digital Potentiometer Evaluation Board MCP42010, MCP42050, MCP42100

DVMCPA MXDEV Analog Evaluation System MCP3001/02, MCP3004/08, MCP3201/08, MCP3204/08

Analog Design Development Tools



Order # Description Devices SupportedMixed Signal Demonstration and Evaluation Tools (Continued)

MCP2030DM-TPR MCP2030 Bidirectional Communications Demonstration Kit MCP2030, MCP3421, PIC16F636, TC4421, PIC18F4680

MCP3221DM-PCTL MCP3221 PICtail Demonstration Board MCP3221

MCP3421EV MCP3421 SOT-23-6 Evaluation Board MCP3421

MCP3421DM-BFG MCP3421 Battery Fuel Gauge Demonstration Board MCP3421, MCP73831, MCP1702, PIC18F4550

MCP3421DM-WS1 MCP3421 Weight Scale Demonstration Board MCP3421, MCP6V07, PIC18F4550

MCP3422EV MCP3422 Evaluation Board MCP3422



MCP3425EV MCP3425 SOT 23-6 Evaluation Board MCP3425

MCP3551DM-PCTL MCP3551 Delta-Sigma ADC Demonstration Board MCP3551

MCP355XDV-MS1 MCP355X Sensor Application Developer’s Board MCP3551, MCP3553, MCP3550-50, MCP3550-60

MCP355XDM-TAS MCP355X Tiny Application Sensor Demonstration Board MCP3551, MCP3553, MCP3550-50, MCP3550-60

MCP3901EV-MCU16 MCP3901 ADC Evaluation Board for 16-bit MCUs MCP3901, PIC24F, PIC24H, dsPIC33, PIC18F86J55

MCP3905EV MCP3905 Energy Meter Evaluation Board MCP3905

MCP3905RD-PM1 MCP3905 Energy Meter Reference Design MCP3905

MCP3909EV-MCU16 MCP3909 ADC Evaluation Board for 16-bit MCUs MCP3909

MCP3909RD-3PH1 MCP3909 3-Phase Energy Meter Reference Design MCP3909, PIC18F2520, PIC18F4550

MCP3909RD-3PH3 MCP3909 and dsPIC33F 3-Phase Energy Meter Reference Design MCP3909, dsPIC33FJ128GP706

MCP3909RD-1PH1 MCP3909 and PIC18F85J90 Single Phase Energy Meter Reference Design MCP3909, PIC18F85J90

MCP401XEV MCP401X Evaluation Board MCP40D18, MCP4017, MCP4018, MCP4019, MCP40D17, MCP40D19

MCP4XXXDM-DB MCP4XXX Digital Potentiometer Daughter Board MCP4011, MCP4021, MCP42XXX

MCP402XEV MCP402X Non-Volatile Digital Potentiometer Evaluation Board MCP4021, MCP4022, MCP4023, MCP4024

MCP42XXDM-PTPLS MCP42XX PICtail Plus Daughter Board MCP4231, MCP4232, MCP4241, MCP4242, MCP4251, MCP4252, MCP4261, MCP4262

MCP42XXEV MCP42XX Evaluation Board MCP4231, MCP4241, MCP4251, MCP4261


MCP46XXDM-PTPLS MCP46XX PICtail Plus Daughter Board MCP4631, MCP4641, MCP4651, MCP47652, MCP4661, MCP4662


MCP4725EV MCP4725 SOT 23-6 Evaluation Board MCP4725

MCP4725DM-PTPLS MCP4725 PICtail Plus Daughter Board MCP4725

MCP4728EV MCP4728 Quad DAC Evaluation Board MCP4728

MXSIGDM Mixed Signal PICtail Demonstration Board TC132X, MCP330X, MCP320X, MCP482X, MCP492X, MCP3221, MCP3021, MCP1525

EVB-EMC1701 EMC1701 Evaluation Board EMC1701-1, EMC1701-2

EVB-PAC1710 PAC1710 Evaluation Board PAC1710

EVB-PAC1720 PAC1720 Evaluation Board PAC1720




Order # Description Devices SupportedPower Management Demonstration and Evaluation ToolsADM00360 MCP16301 High Voltage Buck Converter 300 mA D2PAK Demo Board MCP16301

ADM00414 MCP16321 Evaluation Board MCP16321

ADM00423 MCP16322 Evaluation Board MCP16321, MCP16322

ADM00427 MCP16323 Evaluation Board MCP16321, MCP16322, MCP16323

ADM00434 MCP19035 300 KHz Synchronous Buck Controller Evaluation Board MCP19035

ARD00386 MCP1640 12V/50 mA Two Cell Input Boost Converter Reference Design MCP1640

MCP1252DM-BKLT MCP1252 Charge Pump Backlight Demonstration Board MCP1252

MCP1256/7/8/9EV MCP1256/7/8/9 Charge Pump Evaluation Board MCP1256, MCP1257, MCP1258, MCP1259

MCP1601EV MCP1601 Buck Regulator Evaluation Board MCP1601


MCP1603EV MCP1603 Buck Converter Evaluation Board MCP1603

MCP1603RD-TNY MCP1603 Tiny Reference Design MCP1603

MCP1612EV MCP1612 Synchronous Buck Regulator Evaluation Board MCP1612

MCP1630RD-DDBK1 MCP1630 +12V in Dual Output Buck Converter Reference Design MCP1630

MCP1630RD-DDBK3 MCP1630 Bidirectional 4-Cell Li-Ion Charger Reference Design MCP1630V, PIC16F88, MCP6022

MCP1630RD-NMC1 MCP1630 Low-Cost NiMH Battery Charger Reference Design MCP1630, PIC12F683, MCP6292, MCP1702

MCP1630DM-DDBK1 MCP1630 1A Bias Supply Demonstration Board MCP1630

MCP1630DM-DDBS1 MCP1630 Automotive Input Boost Converter Demonstration Board MCP1630, PIC12F683

MCP1630DM-LED2 MCP1630 Boost Mode LED Driver Demonstration Board MCP1630V, PIC12F683, MCP1702

MCP1630RD-LIC1 MCP1630 Li-Ion Multi Bay Battery Charger Reference Design MCP1630

MCP1630RD-LIC2 MCP1630 Low Cost Li-Ion Battery Charger Reference Design MCP1630

MCP1630RD-SALED MCP1630 SEPIC Automotive LED Driver Reference Board MCP16301

MCP1630DM-NMC1 MCP1630 NiMH Battery Charger Demonstration Board MCP1630

MCP1630DM-DDBS2 MCP1630 Coupled Inductor Boost Demonstration Board MCP1630, PIC12F683

MCP1630DM-DDBK4 MCP1630 Automotive Input, Triple Output Converter Demonstration Board MCP1630, PIC12F683

MCP1631RD-DCPC1 MCP1631HV Digitally Controlled Programmable Current Source Reference Design MCP1631HV, PIC16F616

MCP1631RD-MCC1 MCP1631HV Multi-Chemistry Battery Charger Reference Design MCP1631HV, PIC16F883

MCP1631RD-MCC2 MCP1631HV Multi-Chemistry Battery Charger Reference Design MCP1631HV, PIC16F883

MCP1640EV-SBC MCP1640 Sync Boost Converter Evaluation Board MCP1640

MCP1640RD-4ABC MCP1640 Single Quad-A Battery Boost Converter Reference Design MCP1640, PIC12F617

MCP1650DM-LED1 MCP1650 3W White LED Demonstration Board MCP1650

MCP1650DM-LED2 MCP1650 Multiple White LED Demonstration Board MCP1650

MCP1650EV MCP1650 Boost Controller Evaluation Board MCP1650

MCP1650DM-DDSC1 MCP1650 SEPIC Power Supply Demonstration Board MCP1650

MCP1726EV MCP1726 1A LDO Evaluation Board MCP1726

MCP73113EV-1SOVP MCP73113 OVP Single Cell Li-Ion Battery Charger Evaluation Board MCP73113, MCP73114

MCP73213EV-2SOVP MCP73213 OVP Dual Cell Li-Ion Battery Charger Evaluation Board MCP73213

MCP73X23EV-LFP MCP73X23 OVP Lithium Iron Phosphate Battery Charger Evaluation Board MCP73123, MCP73223

MCP73871DM-VPCC MCP73871 Demonstration Board with Voltage Proportional Current Control MCP73871

MCP7381XEV MCP7381X Low-Cost Li-Ion Battery Charger Evaluation Board MCP73811, MCP73812

MCP7382XEV MCP7382X Li-Ion Battery Charger Evaluation Board MCP7382X

MCP73831EV MCP73831 Evaluation Kit MCP73831





Order # Description Devices SupportedPower Management Demonstration and Evaluation Tools (Continued)MCP73833EV MCP73833 Li-Ion Battery Charger Evaluation Board MCP73833, MCP73834

MCP7383XEV-DIBC MCP73837/8 AC/USB Dual Input Battery Charger Evaluation Board MCP73837, MCP73838

MCP7383XRD-PPM MCP7383X Li-Ion System Power Path Management Reference Design MCP73831, MCP73832, MCP73833, MCP73834


MCP73855EV MCP73855 Li-Ion Battery Charger Evaluation Board MCP73855



SOT23-3EV-VREG SOT23-3 Voltage Regulator Evaluation Board MCP1701A, MCP1702, MCP1703

SOT223-3EV-VREG SOT223-3 Voltage Regulator Evaluation Board MCP1791, MCP1824, MCP1825, MCP1826

SOT89-3EV-VREG SOT89-3 Voltage Regulator Evaluation Board MCP1700, MCP1701A, MCP1702, MCP1703

SOT23-5EV-VREG SOT23-5 Voltage Regulator Evaluation Board MCP1801, MCP1802, TC1014/1015/1185, and other SOT23-5 LDOs

SOT223-5EV-VREG SOT223-5 Voltage Regulator Evaluation Board MCP1790, MCP1824, MCP1825, MCP1826

TO263-3EV-VREG TO220-3/TO263-3 Voltage Regulator Evaluation Board MCP1790, MCP1825S, MCP1826S, MCP1827S

TO263-5EV-VREG TO220-5/TO263-5 Voltage Regulator Evaluation Board MCP1790, MCP1791, MCP1825, MCP1826, MCP1827

TC110DM TC110 Boost Converter Demonstration Board TC110, MCP73832

TC115EV TC115 PFM/PWM Boost Converter Evaluation Board TC115

TC1016/17EV TC1016/17 LDO Linear Regulator Evaluation Board TC1016/17

TC1303BDM-DDBK1 TC1303B Demonstration Board TC1303B

TC1303DM-DDBK2 TC1303 DFN Adjustable Output Demonstration Board TC1303C

EVB-UCS1001 UCS1001 Evaluation Board UCS1001-1, UCS1001-2

EVB-UCS1002 UCS1002 Evaluation Board UCS1002

Interface Products Demonstration and Evaluation ToolsADM00419 MCP2210 Breakout Module MCP2210

ADM00421 MCP2210 Evaluation Kit MCP2210

DV251001 MCP2510/2515 CAN Developer’s Kit MCP2515, MCP2510

DV250501 MCP250XX CAN I/O Expanders Developer’s Kit MCP25020, MCP25025, MCP25050, MCP25055

GPIODM-KPLCD GPIO Expander Keypad and LCD Demonstration Board MCP23008, MCP23S08, MCP23017, MCP23S17, PIC18F4550, MCP1702

MCP212XDM MCP2120/22 Developer's Board MCP2120, MCP2122

MCP212XEV-DB MCP212X Developer’s Daughter Board MCP212X

MCP2140DM-TMPSNS MCP2140 IrDA® Wireless Temp Demonstration Board MCP2140

MCP215X/40EV-DB MCP215X/40 Developer’s Daughter Board MCP2140, MCP2150/55

MCP215XDM MCP215X Data Logger Demonstration Board MCP2150/55

MCP2150DM MCP2150 Developer's Board MCP2150, MCP2155

MCP2200EV-VCP MCP2200 USB to RS232 Demonstration Board MCP2200

MCP23X08EV MCP23X08 8-bit GPIO Expander Evaluation Board MCP23008, MCP23S08

MCP23X17EV MCP23X17 16-bit GPIO Expander Evaluation Board MCP23017, MCP23S17

MCP2515DM-BM MCP2515 CAN Bus Monitor Demonstration Board MCP2515, MCP2551

MCP2515DM-PCTL MCP2515 CAN Controller PICtail™ Demonstration Board MCP2515

MCP2515DM-PTPLS MCP2515 PICtail™ Plus Daughter Board MCP2515, MCP2551

PKSERIAL-I2C1 PICkit™ Serial I2C™ Demonstration Board 24LC02B, MCP9801, MCP3221, TC1321, MCP23008

PKSERIAL-SPI1 PICkit™ Serial SPI Demonstration Board 25LC020A, TC77, MCP3201, MCP4822, MCP41010, MCP6S92, MCP23S08



Order # Description Devices Supported

Linear Demonstration and Evaluation Tools

ADM00375 MCP6H04 Evaluation Board MCP6H04

ARD00354 MCP6N11 and MCP6V2X Wheatstone Bridge Reference Design MCP6N11, MCP6001, MCP6V26, MCP6V27, PIC18F2553

MCP6031DM-PTPLS MCP6031 Photodiode PICtail™ Plus Demonstration Board MCP6031

MCP651EV-VOS MCP651 Input Offset Evaluation Board MCP651

MCP661DM-LD MCP661 Line Driver Demonstration Board MCP661, MCP662, MCP665

MCP6S22DM-PICTL MCP6S22 PGA PICtail™ Demonstration Board MCP6S22

MCP6S2XEV MCP6S2X PGA Evaluation Board MCP6S2X

MCP6SX2DM-PCTLPD MCP6SX2 PGA Photodiode PICtail™ Demonstration Board MCP6S22/92

MCP6SX2DM-PCTLTH MCP6SX2 PGA Thermistor PICtail™ Demonstration Board MCP6S22/92

MCP6V01DM-VOS MCP6V01 Input Offset Demonstration Board MCP6V01, MCP6V03, MCP6V06, MCP6V08

MCP6V01RD-TCPL MCP6V01 Thermocouple Auto-Zeroed Reference Design MCP6V01

MCP6XXXEV-AMP1 MCP6XXX Amplifier Evaluation Board 1 MCP6021




MCP6XXXDM-FLTR Active Filter Demonstration Board Kit MCP6271

PIC16F690DM-PCTLHS Humidity Sensor PICtail™ Demonstration Board MCP6291, PIC16F690

Analog Blank Evaluation Boards

SC70EV SC70-6 and SOT-23-6/8 to DIP-8 Evaluation Board SC70-6/5/3, SOT-23-8/6/5/3, and DIP-8 Devices

SOIC8EV SOIC/MSOP/TSSOP/DIP 8-pin Evaluation Board 8-pin SOIC, MSOP, TSSOP, DIP Devices

SOIC14EV SOIC/TSSOP/DIP 14-pin Evaluation Board 14-pin SOIC, TSSOP, DIP Devices

TSSOP20EV 20-pin TSSOP and SSOP Evaluation Board TSSOP-20/16/14/8 and SSOP-20

VSUPEV SOT-23-3 Voltage Supervisor Evaluation Board SOT-23-3 Devices

VSUPEV2 SOT-23-5/6 Voltage Supervisor Evaluation Board SOT-23-5, SOT-23-6 Devices

Miscellaneous Analog Demonstration and Evaluation Tools

ADM00308 MTS2916A Dual Full-Bridge Stepper Motor Driver Evaluation Board MTS2916A

ADM00344 RE46C190 Demonstration Board RE46C190

EFIELDEV Electrical Field Evaluation Board N/A

HFIELDEV Magnetic Field Evaluation Board N/A

INTRFCEV PSRR and Digital Noise Evaluation Board N/A



Thermal Management ProductsMCP9700 Thermistor Demo Board (MCP9700DM-TH1)

The MCP9700 Thermistor Demo Board contains the analog circuitry to measure temperature . The board uses BC Components’ 232264055103 NTC thermistor to convert temperature to resistance . The thermistor is placed in a voltage divider which converts resistance to voltage . This voltage is filtered

and placed at the MCP6S22 Programmable Gain Amplifier’s (PGA) CH0 input . The PGA gains and buffers the thermistor .

PT100 RTD Evaluation Board (TMPSNS-RTD1)This board demonstrates how to bias a Resistive Temperature Detector (RTD) and accurately measure temperature . Up to two RTDs can be connected . The RTDs are biased using constant

current source and the output voltage is scaled using a differential amplifier . The output is then connected to a 12-bit differential Analog-to-Digital Converter (ADC) MCP3301 . The ADC outputs serial data to a PIC18F2550 device using a Serial Peripheral Interface (SPI) . The data is transmitted to a PC using a USB interface . A Microsoft Excel® macro is used as a Graphical User Interface (GUI) to acquire the data . The acquired data is stored in an Excel worksheet and graphed as a real-time strip chart display .

MCP9800 Temperature Data Logger Demo Board(MCP9800DM-DL)

Allows users to store up to 128,000 temperature readings from the MCP9800 sensor to the 24LC1025, Microchip’s 1024 Kbit EEPROM . A PIC16F684 MCU communicates

with the sensor and EEPROM . In addition, the PIC MCU interfaces to a PC using the PICkit™ 1 Flash Starter Kit and transfers the temperature readings from the EEPROM to the PC . Microsoft Excel® can be used to view the data .

Mixed Signal ProductsMCP3901 and PIC18F65J90 Shunt Meter Reference Design (ARD00342)

The MCP3901 and PIC18F65J90 Energy Meter Reference Design is a fully functional IEC Class 0 .5 compliant single-phase meter . This low-cost design does not use any transformers and requires few external components . The PIC18F65J90 directly

drives the LCD and includes both an isolated USB connection for meter calibration and access to the device power calculations . The system calculates active energy, active power, RMS current, RMS voltage, reactive energy, reactive power, apparent power, and other typical power quantities .

MCP3421 Battery Fuel Gauge Demonstration Board(MCP3421DM-BFG)

This board is used to demonstrate the MCP3421 18-bit delta-sigma ADC for battery fuel gauging applications . It includes two MCP3421 devices, MCP73831 (single cell Li-Ion/

Li-Polymer Charger) and PIC18F4550 MCU . The board measures: (1) the battery voltage and (2) the current coming out from the battery in the discharging mode and into the battery in the charging mode using the ADC device (if charging mode is enabled (optional)) . It calculates the total fuel used and also fuel remaining .

MCP4725 PICtail Plus Daughter Board(MCP4725DM-PTPLS)

This daughter board demonstrates the MCP4725 (12 bit DAC with non-volatile memory) features using the Explorer 16 Development Board and the PICkit Serial Analyzer .

MCP42XX PICtail Plus Daughter Board(MCP42XXDM-PTPLS)

The MCP42XX PICtail Plus Daughter Board is used to demonstrate the operation of the MCP42XX Digital Potentiometers . The operation of the

MCP41XX devices is similar to the MCP42XX devices . Therefore, this demo board can be used as a development platform for either device family . This board is designed to be used in conjunction with either the PIC24 Explorer 16 Demo Board or the PICkit Serial Analyzer .

Power Management ProductsMCP1631HV Multi-Chemistry Battery ChargerReference Design (MCP1631RD-MCC1)

This reference design is a complete stand-alone constant current battery charger for NiMH, NiCd or constant current/constant voltage for Li-Ion battery packs . When charging NiMH or NiCd batteries, the reference design is capable of charging one,

two, three or four batteries connected in series and one or two series batteries for Li-Ion . This board utilizes the MCP1631HV (high-speed PIC MCU PWM TSSOP-20) and PIC16F883 (28-pin SSOP) .

MCP73871 Demo Board with Voltage ProportionalCurrent Control (MCP73871DM-VPCC)

The MCP73871 Demo Board with Voltage Proportional Current Control is designed to demonstrate Microchip’s stand-alone linear Li-Ion battery charger with system power path and load sharing management control

solution . The MCP73871 integrates the required elements to meet design challenges when developing new Li-Ion/Li-Polymer battery powered products .

Featured Analog Development Tools


LIN Serial Analyzer (APGDT001)The LIN Serial Analyzer development system enables a Personal Computer (PC) to communicate with a LIN (Local Interface Network) bus . The PC program uses a graphical user interface to enter

and display message frames occurring on the target bus .

USB to UART Converter Evaluation Board(MCP2200EV-VCP)

The MCP2200EV-VCP is a USB-to-RS232 development and evaluation board for the MCP2200 USB-to-UART device . The board allows for easy demonstration and

evaluation of the MCP2200 . The accompanying software allows the special device features to be configured and controlled . The board is powered from USB and has a test point associated with each GPIO pin . In addition, two of these pins are connected to LEDs which can be used to indicate USB-to-UART traffic when the associated pins are configured as TxLED and RxLED pins respectively .

Linear ProductsMCP6V01 Thermocouple Auto-ZeroedRef Design Board (MCP6V01RD-TCPL)

The MCP6V01 design board demonstrates how to use a difference amplifier system to measure Electromotive Force (EMF) voltage at

the cold junction of thermocouple in order to accurately measure temperature of the thermocouple bead . This can be done by using the MCP6V01 auto-zeroed op amp because of its ultra low offset Voltage (VOS) and high Common Mode Rejection Ratio (CMRR) .

MCP6N11 and MCP6V2X Wheatstone Bridge Reference Design (ARD00354)

This board demonstrates the performance of Microchip’s MCP6N11 instrumentation amplifier (INA) and a traditional three op amp INA using Microchip’s MCP6V26 and MCP6V27 auto-zeroed op amps . The

input signal comes from an RTD temperature sensor in a Wheatstone bridge . Real world interference is added to the bridge’s output, to provide realistic performance comparisons . Data is gathered and displayed on a PC, for ease of use .

MCP6H04 Evaluation Board (ADM00375)The MCP6H04 Evaluation Board is intended to support an instrumentation amplifier and show the capability of the MCP6H04 operational amplifier . It uses a quad op amp in a difference amplifier configuration with

input buffers and voltage reference . The test points for the power supply, ground, input signals, output signals, and voltage reference allow lab equipment to be connected to the board .

MCP73X23 OVP Lithium Iron Phosphate BatteryCharger Evaluation Board (MCP73X23EV-LFP)

The MCP73X23 Lithium Iron Phosphate Battery Charger Evaluation board demonstrates the features of Microchip’s MCP73123 and MCP73223

Lithium Iron Phosphate (LiFePO4) Battery Charge Management Controller with Input Overvoltage Protection .

MCP7383X Li-Ion System Power Path Management Reference Design (MCP7383XRD-PPM)

This reference design is developed to assist product designers in reducing product design cycle and time by utilizing Microchip’s stand-alone Li-Ion battery charge management controllers

with system power path management . Due to the natural characteristics of Li-Ion/Li-Polymer batteries, they are the most popular power sources for mobile devices, however, extra care in design is always important . System Power Path Management allows end-users to charge their batteries without interruption .

MCP1640 Sync Boost Converter Evaluation Board(MCP1640EV-SBC)

The MCP1640 Synchronous Boost Converter Evaluation board demonstrates the MCP1640 in two boost-converter applications with multiple output voltages . It can be used to evaluate both package options (SOT-23-6 and 2 × 3-8 DFN) . This board was developed to help engineers reduce the product design cycle time .

MCP1252 Charge Pump Backlight Demo Board (MCP1252DM-BKLT)

The MCP1252 board demonstrates the use of a charge pump device in an LED application and acts as a platform to evaluate the MCP1252 device in general . Light intensity is

controlled uniformly through the use of ballast resistors . A PIC10F206 MCU provides an enable signal to the MCP1252 and accepts a push-button input that allows the white LEDs to be adjusted to five different light intensities .

Interface ProductsMCP2515 CAN Bus Monitor Demo Board(MCP2515DM-BM)

The MCP2515 CAN Bus Monitor Demo board kit contains two identical boards which can be connected together to create a simple two node Controller Area Network (CAN) bus, which can be

controlled and/or monitored via the included PC interface . The board(s) can also be connected to an existing CAN bus .

controlled uniformly through the use of ballast resistors .

Featured Analog Development Tools

Microchip Technology Inc .2355 W . Chandler Blvd .

Chandler, AZ 85224-6199

www.microchip.com

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EUROPEAustria - WelsTel: 43-7242-2244-39Denmark - CopenhagenTel: 45-4450-2828France - ParisTel: 33-1-69-53-63-20Germany - MunichTel: 49-89-627-144-0Italy - MilanTel: 39-0331-742611Netherlands - DrunenTel: 31-416-690399Spain - MadridTel: 34-91-708-08-90UK - WokinghamTel: 44-118-921-5869

ASIA/PACIFICAustralia - SydneyTel: 61-2-9868-6733China - BeijingTel: 86-10-8569-7000China - ChengduTel: 86-28-8665-5511China - ChongqingTel: 86-23-8980-9588China - HangzhouTel: 86-571-2819-3187China - Hong Kong SARTel: 852-2943-5100China - NanjingTel: 86-25-8473-2460China - QingdaoTel: 86-532-8502-7355China - ShanghaiTel: 86-21-5407-5533China - ShenyangTel: 86-24-2334-2829China - ShenzhenTel: 86-756-8864-2200China - WuhanTel: 86-27-5980-5300China - XiamenTel: 86-592-2388138China - XianTel: 86-29-8833-7252China - ZhuhaiTel: 86-756-3210040

Sales Offi ce ListingASIA/PACIFICIndia - BangaloreTel: 91-80-3090-4444India - New DelhiTel: 91-11-4160-8631India - PuneTel: 91-20-2566-1512Japan - OsakaTel: 81-6-6152-7160Japan - TokyoTel: 81-3-6880-3770Korea - DaeguTel: 82-53-744-4301Korea - SeoulTel: 82-2-554-7200Malaysia - Kuala LumpurTel: 60-3-6201-9857Malaysia - PenangTel: 60-4-227-8870Philippines - ManilaTel: 63-2-634-9065SingaporeTel: 65-6334-8870Taiwan - Hsin ChuTel: 886-3-5778-366Taiwan - KaohsiungTel: 886-7-213-7828Taiwan - TaipeiTel: 886-2-2508-8600Thailand - BangkokTel: 66-2-694-1351

11/29/11

SupportMicrochip is committed to supporting its customers in developing products faster and more efficiently . We maintain a worldwide network of field applications engineers and technical support ready to provide product and system assistance . In addition, the following service areas are available at www.microchip.com:

■ Support link provides a way to get questions answered fast: http://support.microchip.com

■ Sample link offers evaluation samples of any Microchip device: http://sample.microchip.com

■ Forum link provides access to knowledge base and peer help: http://forum.microchip.com

■ Buy link provides locations of Microchip Sales ChannelPartners: www.microchip.com/sales

TrainingIf additional training interests you, then Microchip can help . We continue to expand our technical training options, offering a growing list of courses and in-depth curriculum locally, as well as significant online resources – whenever you want to use them .

■ Technical Training Centers: www.microchip.com/training ■ MASTERs Conferences: www.microchip.com/masters ■ Worldwide Seminars: www.microchip.com/seminars ■ eLearning: www.microchip.com/webseminars ■ Resources from our Distribution and Third Party Partners

www.microchip.com/training

Information subject to change . The Microchip name and logo, the Microchip logo, dsPIC, MPLAB and PIC are registered trademarks and PICDEM, PICtail and mTouch are trademarks of Microchip Technology Incorporated in the U .S .A . and other countries . © 2012 Energizer . Energizer and other marks are trademarks owned by Energizer . All other trademarks mentioned herein are property of their respective companies . © 2012, Microchip Technology Incorporated . All Rights Reserved . Printed in the U .S .A . 12/12 DS21060AC

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