TM

November 2013

TM 2

• Introduction

• Portfolio

− System Power Management

SBC

CAN Physical Layer

PMIC

− Power Analog Switches

High Side Switches

Low Voltage Motor Control

− System Management & Automation

Configurable I/O

− Battery & Energy Management

− Millimeter Wave Radar

• Summary

3 TM

>50 Year Legacy

>5,500 Engineers

>6,100 Patent Families

A Global Leader in

Automotive MCU

Digital Networking

Microcontrollers

Analog & Sensors

RF

Five Core Product

Groups

Four Primary

Markets

Automotive

Networking

Industrial

Consumer

4 TM

Automotive

• SBC power management & functional safety

• System management for powertrain, braking,

airbag, radar, battery, & small engines

• Power drivers & actuators

• Infotainment power management

• Crash sensor & stability control accelerometers

• Pressure sensor for TPMS & engines

• eCompass & orientation detection

• Digital Still Camera (sensors & motor control)

• Intuitive human interface

• Personal fitness

• eReaders & embedded computers

• Control, HMI, motor drive & functional safety

systems for factory automation and robotics

• Lighting, climate control, metering, security for

building automation

• Diagnostic and therapeutic for medical

• Power tools and other transportation

Industrial

Consumer

5 TM

Automotive ISO 26262

Industrial IEC 61508

Safety

Support

Safety

Process

Safety

Software

Safety

Hardware

Functional Safety Standards

Freescale Quality Foundation

• SBC power management products with integrated safety features

• eSwitch solid state relays w/diagnostics and integrated redundancy

• MSDI (multi-switch detect interface) for safe contact detection and extended switch reliability

• IDC (Intelligent DC) motor control w/ low side drives, high side switches, HV switch inputs, safety sensing inputs, diagnostics

• Radar – MRD2001 transceiver chipset for encroachment detection (light curtains) and security monitoring (cameras)

As industrial automation transitions from mechanical to electronic safety

systems, demand for integrated functional safety will increase

6 TM

Power Management with Functional Safety Mechanisms

System Power

Management &

Communication

Battery & Energy

Management

System

Management &

Automation

Power Drivers

Power Analog

Switches

7 TM

• Power Line Communication

• Elevators, Escalators

• Access control

• Security camera mounting

Building, Home Control

• Tablets

• eReaders

• Smartbooks

• Navigation

• IPTV

• IP Phone

• Infusion Pump

• Continuous Positive Airway

Pressure

• Ventilator

• Programmable Logic Controller

• Single Board Computer

• HMI

• Low end robotics

Consumer Medical electronics

Factory Automation

8 TM

SBC

Eco-system

System

Management

Power

Management

Physical

Layer

Power Management with Functional Safety

• Complete eco-system

− Simplify customer usage (SPI, Thermal, ...)

− EMC compliance reports

• System Management

− Energy Savings : Manage Low Power Modes

− Functional Safety : Failsafe redundancy /

monitoring

• Power Management (LDO-DC/DC)

− Supply MCU, CAN and other loads

• Physical Layer (CAN/LIN)

− Transmit Digital Network Information robustly

9 TM

• Differentiating Points − Scalable and flexible LDO power supply with thermal boost,

ideal for Freescale’s 16 and low end 32-bit MCUs

− Innovative low voltage operation down to 4.0V input voltage

− Best In Class Low Power Modes (down to 15µA)

− Built-in safety features for MCU verification and external IC activation in fail mode

− On-board sensing of critical analog signals (Vbat, Ivdd, Temp)

• Product Features − Family of 14 products, pin-to-pin compatible.

− Companion with Kinetis K, Low end Qorivva MPC56xx, and MCUs with < 2.5W (5V, 0.5A)

− Wide 4–28V input voltage range

− Vcore LDO: 5V and 3.3V options (Part number selectable). 150mA + optional 300mA output current (ext PNP)

− Vaux LDO: external PNP

− Vcan LDO: 5V

− Robust CAN HS Physical Layer (optional LIN – up to 2)

− Safety Features SAFE pin - to drive external ICs in MCU fail mode

Fail safe state - Secure critical changes of state machine

Advanced watchdog & secure SPI (parity checks, 8clk count)

− SOIC32eP Package

Typical Applications

− Body Applications (Auto)

− Low end Power Train & Safety (Auto)

− Motor control Safety Critical (Indus)

− Robotics (Indus)

− Factory Automation (Indus)

Flexible, scalable SBC with multiple LDO regulators featuring low 15µA

quiescent current, CAN High Speed transceiver and safety features

10 TM

MCU 8-bit 8-bit 16-bit 16-bit 16-bit 32-bit 32-bit 32-bit

SO8DZ

SO8DV

SO8DZ

SO8DV

S08DN

SO8EL

SO8SL

S12XE

S12XS

S12P

S12XS

S12P

S12XE

S12XS

S12P

MPC563xM

MPC560xP

MPC560xB

MPC560xC

MPC563xM

MPC560xP

MPC560xB

MPC560xC

Physical

Layer CAN LIN CAN LIN

CAN &

LIN CAN LIN

CAN &

LIN

Vmcu 5.0V/3.3V

100mA

5.0V

110mA

5.0V/3.3V

150mA

5.0V

110mA

5.0V/3.3V

150mA

5.0V/3.3V

150mA -

5.0V/3.3V

150mA

Power Sharing - - +300mA - +300mA +300mA - +300mA

Attach SBC

with Pin to Pin

compatibility

SOIC32eP

SOIC54eP

33903 - 33904 - 33905S

33905D 33904 -

33905S

33905D

Attach SBC

with Pin to Pin

compatibility

SOIC32eP

- - 33903P - 33903S

33903D 33903P -

33903S

33903D

Attach SBC

with Pin to Pin

compatibility

LQPF32

-

33910

33911*

33912*

-

33910

33911*

33912*

- - - -

*including motor control

for Window Lift

*including motor control

for Window Lift

11 TM

SBC

• Fast Evaluation of SBC performance − Generic Family Evaluation Platform kit − KIT33905D5EKEVBE: MC33905D 5V EVB − KIT33905BD3EVBE: MC33905D 3.3V EVB Friendly Graphical Interface

Covering 33903, 904, 905S, 905D versions

− KIT33903BD5EVBE: MC33903D 5V EVB − KIT33903BD3EVBE: MC33903D 3.3V EVB Friendly Graphical Interface

Covering 33903P, 903S, 903D versions

− Working with USB to SPI: KITUSBSPIDGLEVME

• Complete Technical Documentation to ease Design

− Datasheets, Application notes, EVB contents (www.freescale.com) − Official reports from external laboratories

• Easy to Use tools

− Thermal prediction & Iq calculator tools (contacts your Sales or FAE representative)

− Technical Training and hands on training on demand − FAQ and other technical marketing presentations

12 TM

• Differentiating Points

− Ultra low voltage operation down to 2.7V supply with the efficiency of a standard DC/DC converter

− Innovative architecture allowing independent monitoring of safety critical parameters

− Scalable family of products supporting a wide range of MCU and power segmentation architectures

• Product Features

− Bundles with QorIQ (P1010) and MCUs < 4W

− Flexible DC/DC Buck pre regulator with optional Boost for Low Voltage requirements

− Multiple supplies up to 1.5 A

− Low Power Modes (30µA)

− Analog Multiplexer & Battery sensing

− Independent fail safe state machine supporting functional safety standards

− Secure SPI interface

− Robust physical layer with superior EMI/ESD performance

Typical Applications

• Power management

• Functional safety integration

• Safety Critical Motor Control

System Basis Chip (SBC) family providing energy efficient Switch Mode power conversion and low voltage operation with advanced functional safety mechanisms

Voltage Supervisor

Vaux 3.3 / 5.0V

VI/O - 3.3 / 5.0V

Vcore 2.4MHz

1.2 - 3.3V configurable Boost Driver

Vpre

440kHz Buck

Battery sense

Configurable

I/Os (6)

Fail Safe

Inputs

SecuredSPI

INT

Analog Multiplexer

Energy

Management

State Machine

Fail Safe Output

Static&Dynamic

Vcan - 5.0V

RST Fail Safe

State

Machine

CAN

Physical Layer

MCU

Challenger Analog

& Digital

BIST

2.5 V

Ref.

Temp.

13 TM

Safety Functions implemented :

1 – Power supply and Supervisor • Over-voltage detection • Under-voltage detection • Voltage supervisor provides independent

supervision of power supply

2 – Failsafe inputs • MCU error signal monitoring • Analog IC error signal handling

3 – Watchdog • Windowed watchdog (timing selectable 1ms to

1024ms)

• SPI refresh Question / Answer principle (i.e. 8-bits challenger)

4 – Failsafe outputs

• RSTb MCU reset (active Low)

• FS0b System “deactivation” (active Low)

PowerSBC10/20 – MC33907/8

Voltage Supervisor

Vaux 3.3 / 5.0V

VI/O - 3.3 / 5.0V

Vcore 2.4MHz

1.2 or 3.3V configurable Boost Driver

Vpre

440kHz Buck

Battery sense

Configurable

I/Os (6)

Fail Safe

Inputs

SecureSPI

INT

Analog Multiplexer

Energy

Management

State Machine

Fail Safe Output

Static&Dynamic

Vcan - 5.0V

RST Fail Safe

State

Machine

CAN

Physical Layer

MCU

Challenger Analog

& Digital

BIST

2.5 V

Ref.

Temp.

14 TM

Fast Evaluation of SBC performance

− Generic Family Evaluation Platform kit

− EVB of MC33907 and MC33908

Friendly Graphical Interface

Working with USB to SPI : KITUSBSPIDGLEVME

− Attach Strategy : Enhanced EVB combining PowerSBC & Qorriva MCU

MC33908 (Mother Board) + MPC5643L (Daugther board)

Including demo code SW

Complete Technical Documentation available to ease Design

− Datasheets, Application notes, EVB contents

− SafeAssure Support Covering Safety Manual, FMEDA, Pin FMEA

− Official EMC reports from external laboratories

Easy to Use tools

− Power Dissipation prediction tool

15 TM

Differentiating Points • System Cost effective: Meets toughest EMC market

requirements w/o Choke • Efficient: Low Quiescent current in Low Power Modes (down

to 8µA) • Scalable: 4 versions supporting Auto and Industrial, with and

w/o Wake Up

Product Features • Family of 4 products, pinout and function compatible w/CAN

ISO11898 std • I/O Compatible with both 5V and 3.3V MCU digital levels • Tx Dominant Timeout for Automotive (33901). It is removed

for Industrial (34901) and Low baud rate applications • Robustness:

− ESD without choke : +-8kV ESD contact discharge according to IEC61000-4-2, 150pF-330ohms

− Noise Immunity without choke : Meet 36dBm DPI without external protection and 39dBm DPI with additional capacitors

• SOIC-8 Package • Samples available NOW • Production Q1 2014

Typical Applications

All Automotive & Industrial Applications

using CAN High Speed Network

− Power Train & Safety (Auto)

− Motor control Safety Critical (Indus)

− Robotics (Indus)

− Factory Automation (Indus)

Robust and system cost effective CAN High Speed Physical Layer that meets toughest

Industrial and Automotive EMC requirements… without choke

MC33901S

MC33901W

MC34901S

MC34901W

Auto Timeout

Indus No Timeout

Wake Up 33901W 34901W

Standard 33901S 34901S

16 TM

• High EMC performance without common mode choke filter

− Target DPI (Direct Power Injection) 39dBm immunity and CE (Conducted Emission) limit

− Emission performance exceeds industry standard

Vio=3.3V

Forw ard pow er

Requirement level

Target

45

dBm

0

40

35

30

25

20

15

10

5

CW

1 GHz1 MHz 10 M 100 M

Pow ers

PASS

PASS

Conducted Emission without

common mode choke filter . DPI immunity w/o common mode choke

(with 30pF filter)

17 TM

• Quick performance evaluation

− Easy-to-use evaluation board for MC3x901 CAN High Speed

− MC33901 Evaluation Board

KIT33901EFEVB Evaluation Board for CAN High Speed Physical Layer

• Technical support

− Datasheet

− EMC and ESD compliance reports

− Application notes

− Contact Freescale FAE for more information

− FAE link: http://compass.freescale.net/go/206002102

18 TM

18

Key characteristics

Bus Type

Data Rate

IQ Low Power Mode

LIN ESD/150pF, 330Ω

Operating voltage

Operating temp.

LIN 2.1 / J2602-2

10kb or 20kb / >100kb

6 µA

>±6kV

5.5V - 27V

-40°C<Tamb<125°C

Features • Pin-to-pin compatible with MC33399 & 33661

• Excellent EMI performance thanks to Bus

active wave shaping

• High EMC Immunity & ESD Robustness

• Very low emissions:

50dBµV max in Low freq.

7dBµV max in High freq.

• Fast slew rate selectable (>100kb)

• J2602 / LIN2.1 options part number selectable

• Automatic compatibility w 3.3 and 5.0V MCUs

• Low Sleep current (typical @ 6µA)

• Short to ground proof

• Single battery supply (no 5.0 Vdd required)

• Dedicated dual edge sensitive wake-up input

• Control of external voltage regulator through

INH pin

8 SOIC

PPAP

19 TM

19

LIN1

GND1

*

VDD

RXD1

TXD1

I/O_1

MCU

VDD

Regulator

12V

5V or

3.3V

VDD

D1 C1

47µFC2

100nF

R2

18k

R4

2.2k

R3

18k

VBAT

LIN Bus

C3

100nF

WAKE1

TXD1

RXD1

EN1

200 k

X 1

35µA

EN_RXD

Control

Unit

VSUP1

EN_sleep

RXD_Int

LIN_en

TXD_Int

Slope

Control

Receiver

725 k30 k

WAKE2

TXD2

RXD2

EN2

200 k

X 1

35µA

EN_RXD

Control

Unit

VSUP2

EN_sleep

RXD_Int

LIN_en

TXD_Int

Slope

Control

Receiver

725 k30 k

LIN2

GND2

I/O_2

RXD2

TXD2

C4

100nF

C5

100nFR5

18k

R6

18k

Key characteristics

Bus Type

Data Rate

Iq Low Power Mode

LIN ESD/150pF,330Ohm

Operating voltage

Operating temp.

2 x LIN 2.1/J2602-2

10kb or 20kb / >100kb

12 µA

>±8kV

5.5V - 27V

-40°C<Tamb<125°C

Features • Excellent EMI performance thanks to Bus

active wave shape

• High EMC Immunity & ESD Robustness

• Very Low Emission :

50dBµV max in Low freq.

7dBµV max in High freq

• Fast slew rate selectable (>100kb)

• J2602 / LIN2.1 options part number selectable

• Automatic compatibility w 3.3 and 5.0V MCUs

• Low Sleep current (typical @ 2x6µA)

• Short to ground proof

• Single battery supply (no 5.0 Vdd required)

• Dedicated dual edge sensitive wake-up input

• Control of external voltage regulator through

INH pin SOIC14NB

PPAP

20 TM

• Differentiating Points − Optimized to work with i.MX6 processors − 4 to 6 Channel configurable buck

converters − 6 user programmable LDOs − OTP and I2C programmable output

voltages, sequencing and current limit − 5V Boost regulator for USB − RTC Supply w/coin cell charger − DDR Voltage Reference

• Product Features − 2.8V to 4.5V input voltage

− 14-ch,11.7A (PF0100); 12-ch, 7.5A (PF0200)

− Forced PWM or automatic pulse skipping operation

− Programmable output voltage, current limit, soft-start, frequency switching, OTP fault interrupt

− High power 8x8 mm TQFN wettable flank package

− Consumer, Industrial and Automotive grade available

Applications - Performance tablets, eReaders,

Navigation

- Industrial Single Board Computers

- Point of Sale (POS) terminals

- Automotive infotainment

- Human-machine interface, Home Automation

- Portable Medical

Programmable 14-ch/11.7A system power management solution with fully configurable voltages, sequencing and timing

** MMPF0200 has 3/4 buck regulators instead of 5/6

**

21 TM

• Differentiating Points

− Optimized for Freescale’s i.MX family

− Complete system lineup with highly integrated Power Management & User Interface features

− Switching and linear regulators with coordinated sequencing for system power tree

− Proven solution – millions of units shipped

− Full solution support w/Drivers

• Product Features

− Boost, 4 adjustable buck regulators, and 12 adjustable LDOs

− Battery charging with backup cell

− 10 bit ADC for monitoring battery and other inputs plus Coulomb Counter support module

− Real time clock / calendar / alarm

− Serial WLED backlighting / flashlight

− Touch screen interface

• APPLICATIONS

− Tablets

− eBooks

− Smart Devices

− Portable Navigation Devices

− Ultrasound Medical Equipment

− Other Embedded Hand-held Devices

22 TM

High Side Switches with Diagnostic

Functions

Switch Detect, Output Driver, Multiplexer

System Power

Management

Battery & Energy

Management

System

Management &

Automation

Power Drivers

Power Analog

Switches

23 TM

• Standard Features:

‒ Overload protection

‒ Multi-step overcurrent detection

‒ Short-circuit protection

‒ Over-temperature protection

‒ High-voltage survivability

‒ Under-voltage and over-voltage shutdown with hysteresis

• Combines Power MOSFETs with Driver and control logic in single package. It interfaces between a MCU and a load.

• “eXtreme Switch” is the FSL brand name for these Smart Power ICs

• The eXtremeSwitch limit of the load current is 2A-30A DC and 150A transient. Loads are mostly bulbs, but also DC motors, solenoids or submodules.

• eXtremeSwitch devices are available for : • 12V systems (45V technology) : Lighting, DC motor control • 24 systems (65V technology) : General purpose switch for truck, buses and special engines

• A dual chip solution in a package is the most cost optimized (cost) for this load current

• Technologies used are SmartMos (SM8MV)+Vertical Power Mosfet (HD5 ->Lfet)+Package

(PQFN –> SOICEP)

24 TM

• Heater

• Electric doors

• Wiper

• Washer pump

• Low end robotic

• Machine inspection

• Vending machines

• HVAC

• Hospital bed controller

DC Motor

• Solenoids

• Valves controllers for thermostats

• Water and fluid control app

• Home Automation system

• External lighting

• Xenon

• Halogen

• LEDs

• PLC

• Industrial printing systems

• POS terminals

Inductive loads

Capacitive loads

Factory Automation

Start Stop

25 TM

• Differentiating Points − Robustness: Unique over-current latch-off protection, full digital &

analog diagnostic and protection features with embedded failsafe mode

− Integration: Unique daisy-chainable SPI control for dual low RDSon channels in a single package

− Accuracy: 5X better current sensing accuracy over temperature & supply voltage range with unique accurate temperature sensing capability

− Scalable: Compatible PCB foot print and SPI software driver among the 24A/36V product family

− Lowest RDSon in Dual Configuration: 20% smaller PCB area due to lower power dissipation when using the 12A/channel or 24A/dual, in a thermally enhanced package

• Product Features − Dual channel 24A/36V high side switch family with 6, 10, or 16

mohm RDSon

− -40c to 125c operating temperature range

− Individually programmable internal/external PWM clock signals

− Normal Operating Range: 8 - 36 V, Extended Range: 6 - 58 V

− Flexible load management 1-24A with possible parallel output operating modes

− Programmable dynamic threshold over current protection and over-temperature protection with programmable auto-retry functions

− 3.3 V and 5.0 V compatible 16-bit Daisy chainable SPI control

− ±5°C temperature and synchronous / asynchronous current (±10%) sensing

Typical Applications

Transportation 12 / 24V

o 24V Lighting and capacitive loads

o Valves

o DC motors

Industrial

o High current / highly inductive

loads (solenoids)

o DC Motor control

o Factory automation

Dual 6m Dual 10m Dual 16m

Scalable, programmable family of 24A/36V SPI-driven, dual-channel, smart

high-side switches with lowest RDSon for up to a 30% board reduction

26 TM

• Application Requirements

26 * 2A loads with current sense

• Freescale SPI Solution

Devices can be connected in Daisy Chain

8 I/O pins used for 26 loads SPI control

• Freescale Current Sense Solution

All non active current sense pins can be tri-stated

1 Analog Input on µC used for current sensing

• Freescale Solution Summary

only 9 IOs of µC required

only 2 Resistors for Fail Safe (Output and Status)

only 1 High Precision Resistor

A/D1

MCU

µC

Cha

in1

(8 d

evic

es)

SCLK

MISO

CS1

OUT1

OUT2 MISO

SCLK

MOSI

MOSI

CS

CSNS

OUT3

OUT4 MISO

SCLK

CS

CSNS

MOSI

Cha

in2

(5 d

evic

es)

SCLK

MISO

CS1

OUT1

OUT2 MISO

SCLK

MOSI

MOSI

CS

CSNS

OUT3

OUT4 MISO

SCLK

CS

CSNS

MOSI

Freescale Advantages vs. Competition

(2 outputs, 2 current sense & no SPI)

SPI and Technology

>30 IOs saved and >50 resistors saved !

(no Resistors for MCU connection)

Daisy Chainable Current Sense and common Precision

resistor

25 A/D saved and 25 high precision Resistors

saved ! (and/or external analog multiplexer)

SPI 2

Common Precision

resistor

SPI 1

eXtreme Switch saves “Size – Cost – Weight” at module level

27 TM

• Evaluation kit

− KIT06XS4200EVBE for the Dual 6 mOhm device

− KIT10XS4200EVBE for the Dual 10 mOhm device

− KIT20XS4200EVBE for the Dual 20 mOhm device

• Reference design

− 16-bit MCU S12G, 4 eXtreme Switch devices, CAN Physical Layer, 5V regulator

• Application notes and tools

− MC06XS4200 / MC10XS4200 / MC20XS4200 Datasheets

− AN2467: Power Quad Flat No-Lead (PQFN) Package

− AN3298: Solder Joint Temperature and Package Peak Temperature

− AN4516: IBIS Model File for Dual 24V High Side

− AN4474: EMC and Fast Transient Pulses Performances for Dual 24 V High Side

− AN4473: Compact Thermal Model for Dual 24V High Side Switch

− AN4515: Lifetime Computation for Dual 24V High Side

− AN4542: Repetitive Short-Circuit Performances for Dual 24V High Side

− Microsoft Excel© Thermal Calculator

− Cadence Orcad© Behavioral models

28 TM

• Differentiating Points − Robustness: Unique over-current latch-off protection, full digital and

accurate analog diagnostics, and protection features with embedded failsafe mode

− Integration: 5 configurable low RDSon channels with daisy-chainable SPI

− Density: Thermally enhanced package for affordable high switch count modules with up to 30% lower power, 30% smaller PCB footprint and 50% fewer components

− Accuracy: Advanced current sensing over temperature and supply voltage range allowing accurate current monitoring from 25mA to 22A

− Scalability: Pin and SW driver compatible family − Best thermal efficiency: Lowest RDSon in penta configuration

• Product Features

− Penta 5 x 17mohm and penta 3 x 7mohm + 2 x 17mohm configurations − Operating voltage range from 6 - 18 V with sleep current < 5.0 μA − Flexible load management up to 11A, 22A with enhanced thermal

management − Enhanced output current sense (down to 25mA) with programmable

synchronization signal, ±5°C temperature and ± 1% battery voltage feedback

− 5.0 MHz 16-bit daisy chainable SPI control − Full diagnostic and protection including over-current profiles, output-ON

and –OFF open load detections, thermal shut-down, pre-warning, and fault reporting

− Individually programmable internal/external PWM signals with 8 bit duty cycle control

− Watchdog and failsafe mode − External smart power switch control

Typical Applications Transportation

o 12V Lighting from High beam to LEDs

o Valves

o DC motors

Industrial

o High current / highly inductive loads

(solenoids)

o DC motor control

o Factory automation PLC

Scalable family of 22A/18V programmable high-side switches (5) with wide range diagnostic

current sensing and lowest RDSon

29 TM

• Differentiating Points

− Switch input voltage range -14V to 40V

− Selectable wetting current

16mA or 32mA (part selectable)

− Standby current: VPWR 100 uA max, VDD Standby 20 uA max

− 24-1 Analog multiplexer with SPI control.

− 32 ld SOIC Thermally Enhanced SOIC EP

• Product Features

− Detects 22 switch inputs:

14 switch-to-ground inputs

8 programmable inputs (switch to battery or ground)

− SPI Interface to MCU - supports 3.3V/5.0V logic levels

− Selectable wake-up

− WAKE_B pin to control power supply enable

− INT_B pin for active interrupt on change of switch state.

Typical Applications • Automotive

• Body electronics

• Powertrain

• Industrial

• Relay closure detection

• Industrial control

• Security systems

Switch detection solution targeting body electronics and industrial applications.

SP0

SG12

SG13

SG0

SP7

SP1

Battery

VBATP

VDD

MISO

MOSI

SCLK

AMUX

EP

GND

WAKEb

Battery

MC33909

VDD

VDD

Bolero

MISO

MOSI

SCLK

AN0

INTb

CSb CSb

INTb

SG1

30 TM

System Power

Management

Battery & Energy

Management

System

Management &

Automation

Power Drivers

Power Analog

Switches

31 TM

• Differentiating Points − 4 integrated programmable controllers for flexible

current profile management without MCU intervention

− Tightly coupled feedback with 0.9 uS response time (16x faster as compared to standard solution)

− 5 high / 7 low side pre-drivers with dedicated integrated boost controller

− Outputs configurable for up to 3 banks with external high side driver

− Output current and voltage sensing with integrated diagnostic processing

− 13 GPIO (StartX, Flags, OA_x, DBG, IRQB) configurable as independent line level outputs

− Embedded encryption for microcode protection − SPI control with IRQB plus 3 interrupt flags − System BOM cost reduction up to 13%

• Product Features − 9 – 32V continuous supply, 5.5 – 58V transient − Up to 72V pre-driver operating range − Precision peak & hold drive capability − Integrated DC-DC boost converter control circuitry –

up to 300kHz PWM − 100kHz PWM frequency for other pre-drivers − Robust built-in ESD protection – withstand up to

80V maximum rating − Choice of four programmable slew rates 12.5V/uS

– 300V/uS − 10 x 10 mm 64p LQFP-EP

Typical Applications

− Gasoline/Diesel Direct

Injection (GDI/DDI)

− Dual Clutch Transmissions

− Industrial Precision

Solenoid Control

Programmable controller for driving up to 6 solenoids with precision output current profiles

in dynamic load environments with integrated 72V high side and low side pre-drivers

Bank 1

Boost DC-DC

converter

Bank 1 & 2: topologies for both Banks are the

same and can drive up to three solenoids per Bank

Cro

ss

ba

r S

wit

ch

Dua

l mC

ore

s

Vo

ltag

e M

on

ito

rin

g

Lo

gic

Co

ntr

ol

Dual mC

ore

s

32 TM

• HVAC

• Heat pump

• Access control

• Security camera mounting

Building Home Control

• Vending machine

• Ticketing machine

• POS terminals

• Power tools

• E-bikes

• Infusion pump

• Continuous Positive Airway

Pressure

• Ventilator

• DC motor

• Servo motor

• Stepper drive

Others Medical Electronics

Factory Automation

33 TM

• Differentiating Points − Best thermal efficiency: 2X lower thermal impedance

with SOIC package, saving board space and simplifying design

− Automatic thermal back-off: Temperature regulated, peak current limiting ensures continuous high availability operation

− Real-time load current monitoring: Analog feedback current mirror feature used for motor control or load protection

− Design-in simplicity: Integrated H-Bridge with charge pump, control, protection and four MOSFETs

• Product Features

− Single and Dual H-Bridge configurations − High efficiency 125 mΩ typical RDS(ON) − 5.0 V to 28 V continuous operation, 42 V transient − 5.0 A continuous, 100 A pulsed delivered to inductive

loads − 3 & 5 V TTL/CMOS compatible − Status Flag output reports under-voltage, over-current,

and over-temperature fault conditions

Auto Applications • Throttle Control

• Exhaust Gas Recirculation

• Shock Absorber / Braking

• Rear Window control

Industrial Applications • Robotics / Factory Automation

• POS, ATM, Vending Kiosks

• Security Camera (PZT)

• Medical

Most thermally efficient 28V/5A H-Bridge DC motor driver featuring real-time load current

monitoring and automatic thermal back-off ensures high availability operation in demanding

high current, high temperature automotive and industrial applications

MC33926 (PQFP)

MC33931EK & MC34931EK (SOIC) Single

MC33932EK & MC34932EK (SOIC) Dual

Single H-Bridge Application

34 TM

MC33926R2 (PQFP)

MC33931EK & MC34931EK (SOIC) Single

MC33932EK & MC34932EK (SOIC) Dual Development Kits with Evaluation Board

Includes:

• Development board

• Instruction Sheet

• Schematic and Bill-of-Material

• Software and Ribbon Cable

• Available now at:

KIT33926PNBEVBE

KIT33932VWEVBE

KIT33932EKEVBE

Compatible with USB computer interface board

• Available now at: KITUSBSPIDGLEVME

Samples/Production available now MC33926R2: PQFN, Single, Automotive

MC33931VW: HSOP, Single, Automotive

MC33932VW: HSOP, Dual, Automotive

MC33931EK: SOIC, Single, Automotive

MC33932EK: SOIC, Dual Automotive

MC34931EK: SOIC, Single, Industrial

MC34932EK: SOIC, Dual, Industrial

35 TM

• Differentiating Points

− Extended input voltage range from 6V to 58V

− Wide dead time range (0 ns – 10.5 µs), programmable via SPI interface

− Robust design against large positive or negative transient spikes on gate driver

− Protection against reverse charge injection from CGD and CGS of external FETs

• Product Features

− Suitable for 12V, 24V, or 48V motor systems

− Direct interface to 3.0V/5.0V MCUs

− Greater than 1.0 A gate drive capability with protection

− Charge pump for operation with supply voltage less than 17V

− Rich diagnostic features accessible via SPI interface

Typical Applications

− Portable electric power tools

− Electric bicycles and

wheelchairs

− HVAC fans and pumps

− Industrial and consumer

robots

− Vacuum cleaner

Three-Phase FET driver with extended voltage range (6V to 58V) and robust fault-monitoring

and failure protection for industrial brushless DC (BLDC) motor control

36 TM

• Differentiating Points − LIN interface with ESD/EMC robustness − Integrated MCU and analog features in the

same package − Easy control of high-current motors using

relays and current sense features − Internal protection features provide full

protection for output stages (with status reporting)

− Six configurable wake-up inputs for maximum system flexibility

− Low-power mode flexibility and wake-up options, including 7 wake-up sources

− Reverse-battery-protected voltage sense

• Product Features − Integrated MCU, Flash, RAM, SBC and

Motor Driver − Robust LIN physical layer − Low-power features, Multiple wake-up features − 18V Hall Sensor Supply − Current Sense Module with selectable gain − Battery Voltage Sense with Low Battery

warning and reverse Battery protected − Six High voltage inputs with Wake-Up

capability − 2 protected High-Side outputs, 2 protected

Low-Side outputs to drive inductive loads

Typical Applications • Automotive

• Window lift, Seat Control, Sunroof

• Fan Control

• Industrial

• 24V Brushed DC Motor Control

• 24V Actuator Control: Intelligent Relay

Driver IC / Circuit Braker

Integrated Intelligent DC Motor Driver single-package solutions targeting

satellite / space constrained applications such as car window-lift and factory automation

37 TM

System Power

Management

Battery & Energy

Management

System

Management &

Automation

Power Drivers

Power Analog

Switches

38 TM

• Differentiating Points

− Operates in harsh Automotive and Industrial environment

− Accurately measures the battery voltage, current, and temperature

− 7x7mm QFN package w/wettable flanks for optical inspection during assembly

− Configurable ADC HW filters reduce software complexity

− Robust LIN 2.1 interface with excellent ESD/EMC performance

• Product Features

− Integrated S12 MCU, 128k Flash, 6k RAM, 4k Data Flash

− 3x 16-bit ADC for Current, Voltage and Temperature

− On chip temperature measurement

− Normal and two low power modes

− Triggered wake up from LIN and periodic wake-up

− Accurate internal oscillator w/external osc option

− MM912J637: 16-bit MCU targeting lead acid battery management over LIN interface

− MM9Z1J638: High-end 16-/32-bit MCU targeting a wide range of battery applications over CAN or LIN interface

Typical Applications For mission critical battery operations: • Automotive

• 12V Lead Acid, 14V Li-Ion • 48V HV BMS, Battery Junction Box

• Trucks & Utilities • 24V Lead Acid

• Industrial • Energy Storage Systems (ESS), UPS • Industrial Automation precision monitor • Cordless tools & appliances

Precision battery monitoring, System in Package, solution targeting mission-critical

applications such as Start-Stop vehicles and energy storage systems

MCU

ANALOG

Cascaded

Voltage Regulators

Die To Die

Interface

Reset

Control Module

RE

SE

T_

A

VDDA

ISENSEL

LIN

VS

UP

D2DDAT6

D2DDAT7

D2DCLK

D2DINTWake Up Control Module

(with Current Threshold

and Current Averaging)

VBAT Sense Module

(AAF, and optional Inputs)

Interrupt

Control Module

PGA

with Auto Gain

Control

Low Pass Filter

And

Control

ISENSEH

Internal Chip

Temp Sense

(with optional

external inputs)

VD

DL

VD

DX

SCI

D2DDAT2

D2DDAT3

ADC Regulator

PTB1

G

P

I

O

PTB0

PTB2

LIN

Physical

Layer

Analog Die

S12Z CPU

CPU

RegisterALU

D2DI

Flash 128k Bytes with ECC

EEPROM 4k Bytes with ECC

RAM 8k Byte

Debug Module

include 64 byte Trace Buffer RAM

Reset Generation and

Test Entry

Amplitude Controlled

Low Power Pierce Osc.

PLL with Freq. Modulation option

OSC Clock Monitor

Single-Wire Background Debug

Module

COP Watchdog

Periodic Interrupt

Interrupt Module

SPI

DD

RA

MOSI

MISO

SCK

PT

A

MCU Die

SS

PA2

PA3

PA4

PA5

PA

7

TEST

PTE1 / XTAL

BK

GD

/MO

DC

RE

SE

T

VS

SD

2D

VD

DD

2D

DG

ND

AGND

Test

Interface

TC

LK

TE

ST

_A

VD

DH

BIAS

4 Channel Timer

Trimming /

Calibration

LG

ND

Inte

rnal B

us

VSENSE2

VSENSE3

Inte

rnal B

us

VREG

1.8V Core

2.7V Flash

VD

DR

X

VS

SR

X

D2DDAT4

D2DDAT5

D2DDAT0

D2DDAT1

PC0

PD7

PD3

PD6

PD2

PD5

PD1

PD4

PD0

PC1

16 Bit

ADC

ADCGND

PA0

PA1

GN

DS

UB

GN

DS

UB

GN

DS

UB

PTE0 / EXTAL

PA6

PTB3

16 Bit

- ADC

16 Bit

- ADC

PTB

[1:0]

msCANTxD

RxD

VSENSE0

VSENSE1

PTB4 (CAN wu Input)

PTB5 (GND SW)

Current Sense Module

VDDH = 2.5V

(D2D Buffer)

VDDL = 2.5V

(Internal Digital)

VDDX = 5V

(MCU, ext CAN Phy)

TxD dominant

fault detetction

Scaling to diff

shunts

1/

10

1/

16

1/

28

1/

52

39 TM

Multiple Cells

Product Function

• Measurement of battery Voltage,

Current &Temperature

• Determination of key battery

characteristics: • State of Charge (SoC)

• State of Health (SoH)

• State of Function (SoF)

• Cell Measurement

• Control of Balancing & Motor

driver circuitry

• Safe Communication to Host

• ECU Power management

Application Examples:

• 4 cell Li-Ion Battery

UPS

Product Function

• Input Sensing

• Battery Switch Control

• Boost Control

• Battery Control

• Buck Control

• Output Sense

9Z1_638

Multi- Battery

Product Function

• Measurement of battery

Voltage, Current and

Temperature

• Determination of key

battery characteristics: • State of Charge (SoC)

• State of Health (SoH)

• State of Function (SoF)

• Communication to Host

• ECU Power management

Application Examples:

• Truck/ light vehicles

• Forklift Truck

40 TM

Low-Cost Battery Controller

Product Function

• Meas of Battery Stack Voltage

• Measure Battery Stack Current

• Meas of Switch position

• Control Switch pre-drivers

• Control Stack of Battery Module

• SoC / SoH calculation

Application Examples:

• E-bikes

• Power tools

HV Battery Junction Box

Product Function

• Meas of stack voltage

• Meas of Total Current

• Meas of HV Switch position

• Safe communication (CAN) to

Host

Application Examples:

• Battery Junction Box of Auto

EV/ HEV Batteries and Energy

Storage Systems (ESS)

Battery Module Controller

Product Function

• Meas of Redundant

Battery Module Voltages (Supervisor

for safety critical measurements)

• Measure Battery Module Current

• SoC / SoH calculation

• Charge Balance control

• Fast and Safe Communication to Host

using CAN)

Application Examples:

• Safety critical HV Batteries

for Auto EV/ HEV and ESS

9Z1_638 9Z1638

9Z1638

Battery

41 TM

• Fast Evaluation of Device performance − EVBs for MM912_637 and MM9Z1_638 CodeWarrior compiler

Easy to use debugging tool

Friendly Graphical Interface

ProgsS12 P&E

• Complete Technical Documentation available to ease Design − Datasheets, EVB contents − Safety Assessment / FMEDA in development for MM9Z1_638 − Official EMC reports from external laboratories

• Reference Designs

− MM912_637 Reference design in development 12V PB Battery (LIN)

− MM9Z1_638 Reference designs in development 12V PB Battery (LIN)

12V PB Battery (CAN)

14V 4-cells Li-ion Battery (CAN and LIN)

• Easy to Use tools: Support design wins − Technical Training and hands on training on demand − FAQ and other technical marketing presentations

42 TM

System Power

Management

Battery & Energy

Management

System

Management &

Automation

Power Drivers

Power Analog

Switches

43 TM

• Differentiating Points − Scalable to 4 TX channel and 12 RX channels with

simultaneous active channels to enable a single platform capable of electronic beam steering across a wide field-of-view

− Advanced packaging technology to ensure the highest performance and minimum signal interference on the customer PCB

− Integrated baseband filter and VGA saves system bill-of-materials cost

− Low power consumption 2.5 W typical for the complete transceiver

− Best phase noise performance < -85 dBc/Hz at 100 kHz offset to improve target separation

− Supports fast modulation at 100 MHz / 100 ns − Local oscillator at 38 GHz to lower the distribution loss and

reduce system interference − Bi-phase modulator on the transmitter chip supports improved

detection accuracy • Key characteristics

− Differential Tx outputs delivering minimum 10dBm with integrated bi-phase modulator for advanced correlation coding

− Tx output power adjustable via SPI with 5-bit digital control − Each Rx channel has integrated VGA and BB filtering

matched to RaceRunner sigma-delta A/D converters for optimal performance

− Built-in receive chain test mode when using RaceRunner microprocessor

− Each part addressed via a common SPI bus − Temperature sensor on each MRD2001 chip − VCO provides four 38GHz LO distribution ports with

independent power control and power detectors − VCO phase noise better than -95 dBc/Hz@1 MHz offset

Typical Application Diagram

Preliminary — Subject to Change Without Notice

Scalable radar solution for Advanced Driver Assistance Systems (ADAS),

industrial safety, security, and robotics

Typical applications

ADAS 77GHz Radar, Industrial Safety, Security,

and Robotics

44 TM

• Power Management: MC33907 and MC33908, new generation of System Basis Chip, combine energy efficient DC/DC Power Supply that support lowest operating voltages standards and advanced functional safety mechanisms.

• eXtreme Switch: Scalable, programmable family of 24A/36V SPI-driven, dual-channel, smart high-side switches with lowest RDSon for up to a 30% board reduction

• Battery Management Systems: 24V integrated (BMS) for industrial UPS batteries, cordless power tools, small appliances

• 77GHz Radar system: Industry’s most complete radar system scalable to multiple channels for precise detection of objects for low to high end ADAS applications, industrial safety, security, and robotics.

PC Samples Q1 2014

PC Samples Now

MC Samples Now

PC Samples Now

TM

46 TM

System Power

Management

Battery & Energy

Management

System

Management &

Automation

Power Drivers

Power Analog

Switches

47 TM

• Differentiating Points − Scalable and flexible solution suitable for various engine sizes

(25–1000cc) and cylinders (1-4) ; accommodate FlexFuel. Dedicated devices for 1 cylinder low end (MC33812, MM912_812 (SiP)),

1 cylinder High End (MC33813), 2 Cylinders High End (MC33814)

− Integrates all necessary analog functions into the IC for lower system complexity Ignition pre-driver, Injector driver, VRS, Tachometer, Fuel pump, Sensor

supply

− System integration MM912_812 (SiP - MCU + Small Engine Controller in single package)

• Product Features − Supports supply voltage range of 4.5 V ≤ VPWR ≤ 36 V − Differential/single-ended VRS conditioning circuit with

auto/manual selectable thresholds (MC33813/14) − Up to two Fuel injector drivers − Up to three pre-drivers for ignition, O2 sensor (HEGO) or

general purpose − Up to three drivers for fuel pump, lamp, and power relay

control − Independent fault protection with all faults reported via the SPI − ISO-9141 K-Line interface for communicating diagnostic

messages − KeySwitch logic with provision for power relay and MCU

controlled shutdown

Typical Applications

− 1 to 4 cylinder electronic engine

control

− Electronic Fuel Injection (EFI)

− Capacitive Discharge Ignition

(CDI)

Engine control analog power IC intended for 1 to 4 cylinder motorcycle and other small engine control applications

48 TM

MC33813 and MC33814 EVB

and Reference Design

• Hardware Development Tools

− MC33812 EVB and Reference Design

− MM912_812 (SiP) EVB and Reference Design

− MC33813 EVB and Reference Design

− MC33814 EVB and Reference Design

− CDI EVB and Reference Design (in Development)

− Available now at www.freescale.com/smallengine

• Software Development Tools

− FSL CodeWarrior

− MicroSquirt ECU application code (EFI)

− Freescale ECU application code (EFI, CDI)

− Available now at: www.freescale.com/smallengine

• Relevant Application Notes:

− AN4258: Serial Bootloader for S12(X) Microcontrollers Based on 180 nm Technology

− AN3961: EEPROM Emulation for the MC9S12XS and MC9S12P Families Using AN2302 as a Reference

− AN3937: MC9S12P-Family Demonstration Lab Training

TM