HWS1 50 A EV ALU ATI ON DAT A - product.tdk.com · HWS 1 50 A 2 . Cha ra c te r ist ic s 2.1 Steady...

HWS150A

EVALUATION DATA

TDK-Lambda A259-53-01A

HWS150AINDEX

1. Evaluation Method PAGE1.1 Circuit used for determination

1 Circuit 1 used for determination ..................................................................................... T-1 Steady state data

Warm up voltage drift characteristics Hold up time characteristics

Output rise characteristics Output fall characteristics

Over current protection (OCP) characteristics Over voltage protection (OVP) characteristics

Dynamic line response characteristics Response to brown out characteristics

Input current waveform2 Circuit 2 used for determination .................................................................................... T-1

Dynamic load response characteristics3 Circuit 3 used for determination .................................................................................... T-2

Inrush current waveform4 Circuit 4 used for determination .................................................................................... T-2

Leakage current characteristics5 Circuit 5 used for determination .................................................................................... T-2

ON/OFFOutput rise, fall characteristics with ON/OFF Control

6 Circuit 6 used for determination .................................................................................... T-3

Output ripple and noise waveform Configuration used for determination ............................................................................... T-3

EMI Electro-Magnetic Interference characteristics(a) ( Conducted Emission(b) ( Radiated Emission

1.2 List of equipment used ............................................................................................... T-4

TDK-Lambda

HWS150A2. Characteristics

2.1 Steady state data

(1)

Regulation - line and load, Temperature drift / Start up voltage and Drop out voltage ................ T-5

(2)

Ripple noise voltage vs. Input voltage........................................................................................... T-6

(3) Efficiency and Power factor vs. Output current ................................. T-7

(4) Input power vs. Output current .............................................................. T-8

(5) Input current vs. Output current ............................................................. T-9

2.2 Warm up voltage drift characteristics ................................................................ T-10

2.3 Hold up time characteristics .............................................................................. T-10

2.4 Output rise characteristics ...................................................................……. T-11

2.5 Output fall characteristics ............................................................................. T-12

2.6 ON/OFF *

Output rise, fall characteristics with ON/OFF Control ................................................................. T-13

2.7 Over current protection (OCP) characteristics ...................................................... T-14

2.8 Over voltage protection (OVP) characteristics ...................................................... T-14

2.9 Dynamic line response characteristics .............................................. T-15

2.10 Dynamic load response characteristics .............................................. T-16

2.11 Response to brown out characteristics ............................................................... T-17

2.12 Inrush current waveform ....................................................... T-18

2.13 Input current harmonics ................................................................................................. T-19

2.14 Input current waveform ............................................................................................. T-19

2.15 Leakage current characteristics ............................................................................. T-20

2.16 Output ripple and noise waveform .................................................... T-21

2.17 OFF *

Input power and Input current vs. Input voltage with Remote control OFF ................................. T-22

2.18 EMI Electro-Magnetic Interference characteristics ................................................................... T-23 26

* HWS150A-*/R For alternative standard model HWS150A-*/R

Terminology used

DefinitionVin ......... Input voltageVout ......... Output voltage

Iin ......... Input current

Iout ......... Output current

Ta ......... Ambient temperature

f ......... Frequency

TDK-Lambda

HWS150A1. Evaluation Method

1.1 Circuit used for determination

1 Circuit 1 used for determination Steady state data

Warm up voltage drift characteristics Hold up time characteristics Output rise characteristics Output fall characteristics

Over current protection (OCP) characteristics Over voltage protection (OVP) characteristics

Dynamic line response characteristics Response to brown out characteristics

Input current waveform

2 Circuit 2 used for determination Dynamic load response characteristics

tr tf

100%95%

Output current waveformIout 50% <==> 100%

AC Powersupply

A W

V

AC

AC

P.S.

Load 1

Load 2

V

V

+V

-V

Shunt res.

Dynamic dummyload

Digital power meter

SW1

55%50%Min

AC Powersupply

A

V

AC

AC

P.S.

V

V

+V

-V

Shunt res.

Load

Digital power meter

SW1

Current probe

W

Controlled temp. chamber

TDK-Lambda T-1

HWS150A

3 Circuit 3 used for determination Inrush current waveform

4 Circuit 4 used for determination Leakage current characteristics

5 Circuit 5 used for determinationON/OFF

Output rise, fall characteristics with ON/OFF Control

HWS150A-*/R For alternative standard model HWS150A-*/R

V

VV

WA

AC Power

AC

AC

P.S.

+V

-V

Shunt res.

Load

Digital power meter

SW1

-R +R

SW25V

A W

V

AC

AC

P.S.

V

V

+V

-V

Shunt res.

Load

Digital power meter

Current probe

Slide Reg.

Dynamic dip

simulator

V

VV

W

Leakagecurrentmeter

AC

AC

P.S.

+V

-V

Shunt res.

Load

Digital power meter

Isolationtrans

AC AC

AC AC

AC Powersupply

FG FG

A

FG

TDK-Lambda T-2

HWS150A

6 Circuit 5 used for determinationOutput ripple and noise waveform

Configuration used for determinationEMI Electro-Magnetic Interference characteristics

(a) (Conducted Emission

(b) (Radiated Emission

AC Powersupply

A W

V

AC

AC

P.S.

+V

-V

Load

Digital power meter

SW1

R

R : 50C1 : 4700pF Ceramic cap.

Coaxial Cable1.5m 50

OscilloscopeBandwith : 100MHz

Horizontal ground plane

Aluminum plate(2m 2m)Vertical groundreference plane D=40cmAMN 50 /50uHEMI Test receiver

spectrum analyzer

D.U.T.(Earthed)

D=80cm

H=80cmStand

AC Power supply

Power cable

D.U.T.(Earthed)Aluminum plate

Antenna

EMI Test receiver spectrum analyzerpre amp.

Horizontal ground plane

D=3m

H=80cmStand

AC Power supply

Turn table

TDK-Lambda T-3

HWS150A

1.2 List of equipment used

EQUIPMENT USED MANUFACTURER MODEL NO.

1 DIGITAL STORAGE OSCILLOSCOPE YOKOGAWA ELECT. DL9040L / DLM2054

2 DIGITAL MULTIMETER AGILENT 34970A

3 DIGITAL POWER METER HIOKI 3334

4 DIGITAL POWER METER YOKOGAWA ELECT. WT110 / WT210

5 CURRENT PROBE YOKOGAWA ELECT. 701928 / 701930

6 DYNAMIC DUMMY LOAD TAKASAGO FK-400L / FK-600L

7 DYNAMIC DUMMY LOAD KIKUSUI PLZ1004W / PLZ150U

8 DUMMY LOAD PCN PHF250 SERIES

9 ISOLATION TRANS MATSUNAGA 3WTC-50K

10 CVCF TAKASAGO AA2000XG

11 CVCF KIKUSUI PCR4000L

12 CVCF NF ES10000S

13 LEAKAGE CURRENT METER HIOKI 3156

14 DYNAMIC DIP SIMULATOR TAKAMISAWA PSA-210

15 CONTROLLED TEMP. CHAMBER ESPEC SU-261 / SH-240

16 EMI TEST RECEIVER / SPECTRUM ANALYZER ROHDE & SCHWARZ ESCI

17 PRE AMP. SONOMA 310N

18 AMN SCHWARZBECK NNLK8121

19 ANTENNA SCHWARZBECK CBL6111D

20 HARMONIC / FLICKER ANALYZER KIKUSUI KHA1000

21 SINGLE-PHASE MASTER NF 4420

22 REFERENCE IMPEDANCE NETWORK 20A NF 4150

23 MULTI OUTLET UNIT KIKUSUI OT01-KHA

TDK-Lambda T-4

HWS150A2. Characteristics

2.1 Steady state data(1)

Regulation - line and load, Temperature drift / Start up voltage and Drop out voltage

5V 1. Regulation - line and load Condition Ta : 25Iout \ Vin 85VAC 100VAC 200VAC 265VAC line regulation

0% 4.998V 4.998V 4.998V 4.998V 0mV50% 4.994V 4.994V 4.994V 4.994V 0mV100% 4.992V 4.992V 4.992V 4.992V 0mV

6mV 6mV 6mV 6mV0.120% 0.120% 0.120% 0.120%

2. Temperature drift Conditions Vin : 100 VACIout : 100 %

Ta -10 +25 +50 temperature stabilityVout 4.990V 4.992V 4.995V 5mV 0.100%

3. Start up voltage and Drop out voltage Conditions Ta : 25Iout : 100 %

Start up voltage (Vin) 76VACDrop out voltage (Vin) 57VAC



1mV 1mV 1mV 0mV0.008% 0.008% 0.008% 0.000%







5mV 6mV 6mV 6mV0.021% 0.025% 0.025% 0.025%





0.000%0.000%

0.008%

0.000%

load regulation

load regulation

load regulation

0.008%0.000%

0.004%0.000%0.004%

TDK-Lambda T-5

HWS150A

(2)Ripple noise voltage vs. Input voltage Conditions Iout: 100 %

Ta : -102550

5V

12V

24V

0

20

40

60

80

100

120

140

50 100 150 200 250Input voltage (VAC)

0

20

40

60

80

100

120

140


0

20

40

60

80

100

120

140


TDK-Lambda T-6

HWS150A(3)

Efficiency and Power factor vs. Output current Conditions Vin : 85 VAC100 VAC200 VAC265 VAC

Ta : 255V

12V

24V

60

65

70

75

80

85

90

0 20 40 60 80 100Output current (%)

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

0 20 40 60 80 100Output current (%)

60

65

70

75

80

85

90

0 20 40 60 80 100Output current (%)

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

0 20 40 60 80 100Output current (%)

60

65

70

75

80

85

90

0 20 40 60 80 100Output current (%)

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

0 20 40 60 80 100Output current (%)

TDK-Lambda T-7

HWS150A(4)

Input power vs. Output current Conditions Vin : 85 VAC100 VAC200 VAC265 VAC

Ta : 25

5V

Input powerIout : 0%

85VAC 4.5W100VAC 4.6W200VAC 4.5W265VAC 4.4W

12V



24V



Vin

Vin

Vin

0

40

80

120

160

200

0 20 40 60 80 100Output current (%)

0

40

80

120

160

200

0 20 40 60 80 100Output current (%)

0

40

80

120

160

200

0 20 40 60 80 100Output current (%)

TDK-Lambda T-8

HWS150A(5)

Input current vs. Output current Conditions Vin : 85 VAC100 VAC200 VAC265 VAC

Ta : 25

5V

Input currentIout : 0%

85VAC 0.07A100VAC 0.06A200VAC 0.05A265VAC 0.06A

12V



24V



Vin

Vin

Vin

0.0

0.5

1.0

1.5

2.0

2.5

0 20 40 60 80 100Output current (%)

0.0

0.5

1.0

1.5

2.0

2.5

0 20 40 60 80 100Output current (%)

0.0

0.5

1.0

1.5

2.0

2.5

0 20 40 60 80 100Output current (%)

TDK-Lambda T-9

HWS150A2.2 2.3

Warm up voltage drift characteristics Hold up time characteristics

Conditions Vin : 100 VAC Conditions Vin : 100 VACIout : 100 % 200 VAC

Ta : 25 Ta : 255V

12V

24V

-0.4

-0.2

0.0

0.2

0.4

0 1 2 3 4 5 6 7 8Time (hours)

-0.4

-0.2

0.0

0.2

0.4

0 1 2 3 4 5 6 7 8Time (hours)

-0.4

-0.2

0.0

0.2

0.4

0 1 2 3 4 5 6 7 8Time (hours)

10

100

1000

0 20 40 60 80 100Output current (%)

10

100

1000

0 20 40 60 80 100Output current (%)

10

100

1000

0 20 40 60 80 100Output current (%)

TDK-Lambda T-10

HWS150A2.4 出力立ち上がり特性

Output rise characteristics Conditions Vin : 85 VAC (A)100 VAC (B)200 VAC (C)265 VAC (D)

Ta : 25 ℃

5VIout : 0% Iout : 100%

2V/DIV 200ms/DIV 2V/DIV 200ms/DIV

12VIout : 0% Iout : 100%


24VIout : 0% Iout : 100%


← Vin →

← 0V →

← Vout →

← 0V →

← Vout →

← Vin →

← 0V →

← Vout →

← Vin →

DC BA DC BA

DC BA DC BA

DC BA DC BA

TDK-Lambda T-11

HWS150A2.5

Output fall characteristics Conditions Vin : 85 VAC (A)100 VAC (B)200 VAC (C)265 VAC (D)

Ta : 255V

Iout : 0% Iout : 100%

2V/DIV 5s/DIV 2V/DIV 20ms/DIV

12VIout : 0% Iout : 100%


24VIout : 0% Iout : 100%


Vin

0V

Vout

0V

Vout

Vin

0V

Vout

Vin

ABCD ABCD

ABCD ABCD

ABCD ABCD

TDK-Lambda T-12

HWS150A2.6 ON/OFF

Output rise, fall characteristics with ON/OFF Control Conditions Vin : 100 VAC Iout : 100 %

HWS150A-*/R Ta : 25For alternative standard model HWS150A-*/R

10ms/DIV

10ms/DIV

10V/DIV 20ms/DIV 10V/DIV

20ms/DIV

24V

10ms/DIV

5V/DIV

5V

12V

2V/DIV 20ms/DIV 2V/DIV

5V/DIV

Vout

ON/OFFControl

0V

Vout

ON/OFFControl

0V

Vout

ON/OFFControl

0V

TDK-Lambda T-13

HWS150A2.7 2.8 Over current protection (OCP) characteristics Over voltage protection (OVP) characteristics

Conditions Vin : 100 VAC Conditions Vin : 100 VACTa : -10 Iout : 0 %

25 Ta : 2550

5V

2V/DIV 5s/DIV

12V

5V/DIV 10s/DIV

24V

10V/DIV 10s/DIV

0

2

4

6

8

10

12

0 50 100 150Output current (%)

0

1

2

3

4

5

6


0

5

10

15

20

25


Vout

OVP Point

0V

Vout

0V

Vout

0V

OVP Point

OVP Point

TDK-Lambda T-14

HWS150A2.9

Dynamic line response characteristics

Conditions Vin : 85 VAC 132VAC (A)170 VAC 265VAC (B)

Iout : 100 %Ta : 25

5V

50mV/DIV 500ms/DIV12V

50mV/DIV 500ms/DIV24V

50mV/DIV 500ms/DIV

Vout (A)

Vout (B)

Vin

Vout (A)

Vout (B)

Vin

Vout (A)

Vout (B)

Vin

TDK-Lambda T-15

HWS150A2.10

Dynamic load response characteristics Conditions Vin : 100 VACIout : 50 % 100 %

(tr = tf = 50us)Ta : 25

f = 100Hz f = 1kHz

f = 100Hz f = 1kHz

f = 100Hz f = 1kHz

5V

12V

24V

+0.16% -0.21%

100mV/DIV 2ms/DIV+1.67% -1.89%

200 s/DIV

200 s/DIV

100mV/DIV 2ms/DIV+0.30% -0.32%

100mV/DIV

100mV/DIV100mV/DIV 2ms/DIV

100mV/DIV

+0.16% -0.21%

+1.69% -1.82%

+0.28% -0.30%

200 s/DIV

Iout:0%

Vout

Iout

Iout:0%

Vout

Iout

Iout:0%

Vout

Iout

TDK-Lambda T-16

HWS150A2.11

Response to brown out characteristics Conditions Iout : 100 % Ta : 25

Interruption timeA : Output voltage does not drop.B : 0V Output voltage drop down not reaching 0V.C : 0V Output voltage drops until 0V.

Vin : 100VAC Vin : 200VACA = 31ms B = 37ms C = 38ms A = 32ms B = 38ms C = 40ms


Vin : 100VAC Vin : 200VACA = 33ms C = 34ms A = 34ms C = 35ms


Vin : 100VAC Vin : 200VACA = 31ms B = 38ms C = 39ms A = 32ms B = 43ms C = 44ms


5V

12V

24V

0V

Vin

Vout A B C

0V

Vin

Vout

0V

Vin

Vout

A B C

A C

A B C A B C

A C

TDK-Lambda T-17

HWS150A2.12

Inrush current waveform

5VConditions Vin : 100 VAC

Iout : 100 %Ta : 25

5A/DIV 100ms/DIV 5A/DIV 100ms/DIV

Conditions Vin : 200 VACIout : 100 %

Ta : 25


Switch on phase angle of input AC voltage= 0




Iin

Vin

Iin

Vin

TDK-Lambda T-18

HWS150A2.13

Input current harmonics Conditions Iout : 100 % Ta : 25

Vin : 100 VAC

Vin : 230 VAC

2.14 Input current waveform Conditions Iout : 100 %

Ta : 25

Vin : 100VAC Vin : 200VAC


5V

0.001

0.010

0.100

1.000

10.000

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39Harmonic order

0.001

0.010

0.100

1.000

10.000

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39Harmonic order

IEC61000-3-2 Limit (class A)

IEC61000-3-2 Limit (class A)

Vin

Iin

TDK-Lambda T-19

HWS150A2.15

Leakage current characteristics Conditions Iout : 0 %100 %

Ta : 25Equipment used : 3156 (HIOKI)

5V

f : 50 Hz

f : 60 Hz

0.00

0.10

0.20

0.30

80 120 160 200 240 280

Input voltage (VAC)

0.00

0.10

0.20

0.30

80 120 160 200 240 280

Input voltage (VAC)

TDK-Lambda T-20

HWS150A2.16

Output ripple and noise waveform Conditions Vin : 100 VAC Iout : 100 % Ta : 25

50mV/DIV 2 s/DIV

50mV/DIV 2 s/DIV

50mV/DIV 2 s/DIV

5V

12V

24V

TDK-Lambda T-21

HWS150A2.17 OFF

Input power and Input current vs. Input voltage with Remote control OFF

HWS150A-*/R For alternative standard model HWS150A-*/R

Condition Ta : 255V

0

1

2

3

4

5

80 100 120 140 160 180 200 220 240 260

Input voltage (VAC)

0.00

0.02

0.04

0.06

0.08

0.10

80 100 120 140 160 180 200 220 240 260Input voltage (VAC)

TDK-Lambda T-22

HWS150A2.18

Electro-Magnetic Interference characteristics Conditions Vin : 230 VACIout : 100 %

Ta : 25

Conducted Emission

5VPhase : N

Ref. Limit MeasureData (dB) (dB)

QP 64.0 51.0

AV 54.0 43.5

Phase : L


QP 64.0 50.9

AV 54.0 42.3

EN55011-B,EN55022-B,FCC-B VCCI class BLimit of EN55011-B,EN55022-B,FCC-B are same as its VCCI class B.

(190kHz)Point B

Point A(191kHz)

VCCI Class BAV Limit

VCCI Class BQP Limit



A

B

TDK-Lambda T-23

HWS150A2.18


Ta : 25

Conducted Emission

12VPhase : N


QP 63.9 54.9

AV 53.9 43.9

Phase : L


QP 63.7 53.6

AV 53.7 39.6


Point B(197kHz)

Point A(194kHz)




A

BVCCI Class BQP Limit

TDK-Lambda T-24

HWS150A2.18


Ta : 25

Conducted Emission

24VPhase : N


QP 62.3 44.4

AV 52.3 43.2

Phase : L


QP 62.3 45.4

AV 52.3 42.7


Point B(235kHz)

Point A(236kHz)



A

B



TDK-Lambda T-25

HWS150A2.18


Ta : 25

Radiated Emission

HORIZONTAL VERTICAL

HORIZONTAL VERTICAL

HORIZONTAL VERTICAL

EN55011-B,EN55022-B VCCI class BLimit of EN55011-B,EN55022-B are same as its VCCI class B.

Indication is peak values.

5V

12V

24V

QP QP

QPQP

QP QP

TDK-Lambda T-26

HWS1 50 A EV ALU ATI ON DAT A - product.tdk.com · HWS 1 50 A 2 . Cha ra c te r ist ic s 2.1 Steady...

Documents

Transcript of HWS1 50 A EV ALU ATI ON DAT A - product.tdk.com · HWS 1 50 A 2 . Cha ra c te r ist ic s 2.1 Steady...