Evaluation Report - PFH500F-28 · EVALUATION REPORT 1.1.5.2 Radiated EMI D=10m D.U.T and Load Biconical Antenna (Shielded with metal box) Spectrum Analyzer EMI Test Receiver F-1 Stand

TDK-Lambda PFH500E-28 SERIES

EVALUATION REPORT

PFH500E-28-xxx-R

Evaluation Report

REV 1.10 (September 10, 2019)

TDK-Lambda PFH500F-28 SERIES

EVALUATION REPORT

REV 1.10 (September 10, 2019) 1

PFH500F-28-xxx-R

Evaluation Report


EVALUATION REPORT

Contents 1. EVALUATION METHOD 3

1.1 Test / Measurement Circuits 3

1.1.1 Steady State Test Measurement Circuit 3

1.1.2 Dynamic, Protection and Output Ripple and Noise Measurement Circuit 3

1.1.3 Inrush Current Measurement Circuit 4

1.1.4 Leakage Current Measurement Circuit 4

1.1.5 Electro-Magnetic Interference Test Set-Up 4

1.1.5.1 Conducted EMI 4

1.1.5.2 Radiated EMI 5

2. CHARACTERISTIC 7

2.1 Steady State Data ( Refer to Section 1.1.1 For Test Setup) 7

2.1.1 Regulation — Line, Load and Temperature 7

2.1.2 Efficiency vs. Output Current 8

2.1.3 Input Current vs. Input Voltage 9

2.1.4 Input Current vs. Input Voltage (No Load) 10

2.1.5 Power Factor (PF) vs. Output Current 11

2.1.6 Output behavior with input line sweep 11

2.2 Over Current Protection (OCP) Characteristics (Refer to section 1.1.2 for Test Setup) 13

2.3 Over Voltage Protection (OVP) Characteristics (Refer to Section 1.1.2 for Test Setup) 14

2.4 Output Rise and Fall Characteristic with AC Turn On / Turn-Off 15

2.5 Hold Up Time Characteristic 17

2.6 Dynamic Line Response 17

2.7 Dynamic Load Response 18

2.8 Brownout 19

2.9 Inrush Current (Refer to Section 1.1.3 for Test Setup) 21

2.10 Input Current Waveform 22

2.11 Input Current Harmonics 22

2.12 Output Ripple and Noise 23

2.13 Electro-Magnetic Interference Characteristics 24

2.14 Leakage Current (Refer to Section 1.1.4 for Test Setup) 34

3. TERMINOLOGIES 34

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EVALUATION REPORT

REV 1.10 (September 10, 2019) 2

Contents

1. EVALUATION METHOD ................................................................................................................................................................... 3

1.1 Test / Measurement Circuits.................................................................................................................................. 3

1.1.1 Steady State Test Measurement Circuit ............................................................................................................. 3

1.1.2 Dynamic, Protection and Output Ripple and Noise Measurement Circuit ......................................................... 3

1.1.3 Inrush Current Measurement Circuit .................................................................................................................. 4

1.1.4 Leakage Current Measurement Circuit ............................................................................................................... 4

1.1.5 Electro-Magnetic Interference Test Set-Up ........................................................................................................ 4

1.1.5.1 Conducted EMI .................................................................................................................................................... 4

1.1.5.2 Radiated EMI ....................................................................................................................................................... 5

2. CHARACTERISTIC ........................................................................................................................................................................... 7

2.1 Steady State Data ( Refer to Section 1.1.1 For Test Setup) ................................................................................... 7

2.1.1 Regulation – Line, Load and Temperature .......................................................................................................... 7

2.1.2 Efficiency vs. Output Current .............................................................................................................................. 8

2.1.3 Input Current vs. Input Voltage ........................................................................................................................... 9

2.1.4 Input Current vs. Input Voltage (No Load) ........................................................................................................ 10

2.1.5 Power Factor (PF) vs. Output Current ............................................................................................................... 11

2.1.6 Output behavior with input line sweep ............................................................................................................ 11

2.2 Over Current Protection (OCP) Characteristics (Refer to section 1.1.2 for Test Setup) ..................................... 13

2.3 Over Voltage Protection (OVP) Characteristics (Refer to Section 1.1.2 for Test Setup) .................................... 14

2.4 Output Rise and Fall Characteristic with AC Turn On / Turn-Off ........................................................................ 15

2.5 Hold Up Time Characteristic ................................................................................................................................ 17

2.6 Dynamic Line Response ........................................................................................................................................ 17

2.7 Dynamic Load Response....................................................................................................................................... 18

2.8 Brownout .............................................................................................................................................................. 19

2.9 Inrush Current (Refer to Section 1.1.3 for Test Setup) ........................................................................................ 21

2.10 Input Current Waveform ...................................................................................................................................... 22

2.11 Input Current Harmonics ...................................................................................................................................... 22

2.12 Output Ripple and Noise ...................................................................................................................................... 23

2.13 Electro-Magnetic Interference Characteristics .................................................................................................... 24

2.14 Leakage Current (Refer to Section 1.1.4 for Test Setup) ..................................................................................... 34

3. TERMINOLOGIES ........................................................................................................................................................................... 34

TUT T

L=50 mm

C13 C14 C15 C16 C17 C18

0 0

C2 C3 =C7

Earth GND 77.L.

PMBus Interface

AC(L)

AC(N)

Case

PFH500 C2

Earth GND 7.74

C3

T


EVALUATION REPORT

1. EVALUATION METHOD

1.1 Test / Measurement Circuits

1.1.1 Steady State Test Measurement Circuit Controlled temp. chamber

1 M 2, , 1 , 2 2 2 2 2

I. PMBus Interface

RS (+)

V AC(L)

o(+)

Vo(+) 0—

C I

AC(N) Vo(-) o—

PFH500 Vo(-)

Case Trim 0

PG

ON/OFF

Aux Power

SGND

Inrush Control -VBUS + VBUS

RLb

1.1.2 Dynamic, Protection and Output Ripple and Noise Measurement Circuit

L=50 mm

C9

Clo

0 . RS (+)

I I -

Vo(+) C13 C 4 C15 Cl6C17

Vo(+)

CI Vo(-) 0—

V0(-) 0—

Trim o

PG 0

ON/OFF 0

Aux Power 0

SGND o

TT TT...

T TCI2

Cu rent Probe

0

Oscilloscope (Output Noise)

Inrush Control -VBUS + VBUS

RLb 0—)1-410 C9

Clo

REV 1.10 (September 10, 2019) 3


EVALUATION REPORT

REV 1.10 (September 10, 2019) 3

1. EVALUATION METHOD

1.1 Test / Measurement Circuits

1.1.1 Steady State Test Measurement Circuit

1.1.2 Dynamic, Protection and Output Ripple and Noise Measurement Circuit

Switch

o vo Oscilloscope

AC (L)

Application Circuit using PFH

AC (N)

AC Source

Spectrum Analyzer EMI Test Receiver

LISN 50ohms

AC Cord Stand

D. U.T

H=80cm


EVALUATION REPORT

1.1.3 Inrush Current Measurement Circuit

Current Probe

1.1.4 Leakage Current Measurement Circuit

Vac

Variac

(04). 11

AC (L)

Application Circuit using PFH

AC (N) FG

Current Meter

1.1.5 Electro-Magnetic Interference Test Set-Up

1.1.5.1 Conducted EMI

4-

a

Input Line Earth Ground

Filter Metal Ground Plain

REV 1.10 (September 10, 2019) 4


EVALUATION REPORT

REV 1.10 (September 10, 2019) 4

1.1.3 Inrush Current Measurement Circuit

1.1.4 Leakage Current Measurement Circuit

1.1.5 Electro-Magnetic Interference Test Set-Up

1.1.5.1 Conducted EMI

Earth Ground Metal Ground Plain

Shielded Input Line

H=80cm

Vac(L) Fl Ll L2

m (4,

111H '7 '7 I' 7 7

ITTT C14 C16

Vac(N)

Earth GND

k. Input EMI Filter for CISPR-32 Class A/B

RLa


EVALUATION REPORT

1.1.5.2 Radiated EMI

D=10m

D.U.T and Load Biconical Antenna (Shielded with metal box)

Spectrum Analyzer EMI Test Receiver

F-1

Stand

31 material ferrite beads

Circuit Code Description Circuit Code Description

C1, C4 1µF Film Capacitor C5 2.2µF Film Capacitor

C2, C3 3300pF Ceramic Capacitor C6, C7 470pF Ceramic Capacitor

L1, L2 6.3mH R2 22 Ohms

R1 470kOhms C13 0.1µF Ceramic Capacitor

C15, C16 (1) 470µF Electrolytic Capacitor C14 40uF Ceramic Capacitor

C11, C12 470pF Ceramic Capacitor C9, C10 470µF Electrolytic Capacitor

RLa,RLb

1 Form A relay with 10A, 277VAC, power rating: 12VDC, 16.7mA, 200mW, High Sensitivity

F1 10A, 250V, Fast Blow

(1): Higher Capacitance Value (-2X total cap value recommended) for Ta 5 -20 C operation.

REV 1.10 (September 10, 2019) 5


EVALUATION REPORT

REV 1.10 (September 10, 2019) 5

1.1.5.2 Radiated EMI

Circuit Code Description Circuit Code Description

C1, C4 1µF Film Capacitor C5 2.2µF Film Capacitor

C2, C3 3300pF Ceramic Capacitor C6, C7 470pF Ceramic Capacitor

L1, L2 6.3mH R2 22 Ohms

R1 470kOhms C13 0.1µF Ceramic Capacitor

C15, C16 (1) 470µF Electrolytic Capacitor C14 40uF Ceramic Capacitor

C11, C12 470pF Ceramic Capacitor C9, C10 470µF Electrolytic Capacitor

RLa,RLb

1 Form A relay with 10A, 277VAC, power rating: 12VDC, 16.7mA, 200mW, High Sensitivity

F1 10A, 250V, Fast Blow

(1): Higher Capacitance Value (~2X total cap value recommended) for Ta ≤ -20 °C operation.


EVALUATION REPORT

List of Equipment

EQUIPMENT USED MANUFACTURER MODEL NO.

1 OSCILLOSCOPE LECROY WaveSurfer 454

2 OSCILLOSCOPE LECROY WaveRunner 6050

3 DIGITAL MULTIMETER KEITHLEY 2110


5 DIFFERENTIAL AMPLIFIER LECROY DA1855A


7 SHUNT RESISTER EMPRO SHUNT HA20-100

8 TEMP CHAMBER TENNEY JUNIOR ENVIRONMENTAL TJR

9 DIFFERENTIAL PROBE LECROY A101

10 DIFFERENTIAL PROBE LECROY DXG100A

11 DIGITAL POWER METER YOKOGAWA WT310

12 SURGE TESTER THERMO SCIENTIFIC EMCPRO PLUS

13 DC ELECTRONIC LOAD CHROMA 63201

14 FREQUENCY ANALYZER AP INSTRUMENT 300

15 AC POWER SOURCE CHROMA 6530

16 INJECTION ISOLATOR RIDLEY ENGINEERING 0.1Hz TO 30MHz

17 WAVEFORM GENERATOR AGILENT 33120A


19 AC CONTROL SORENSEN DCS150-20

20 THERMOSTREAM TEMPTRONIC CORPORATION ATS-810-M-4

21 CURRENT PROBE LECROY AP015

22 CURRENT PROBE LECROY CP150

REV 1.10 (September 10, 2019) 6


EVALUATION REPORT

REV 1.10 (September 10, 2019) 6

List of Equipment

EQUIPMENT USED MANUFACTURER MODEL NO.

1 OSCILLOSCOPE LECROY WaveSurfer 454

2 OSCILLOSCOPE LECROY WaveRunner 6050





7 SHUNT RESISTER EMPRO SHUNT HA20-100

8 TEMP CHAMBER TENNEY JUNIOR ENVIRONMENTAL TJR

9 DIFFERENTIAL PROBE LECROY A101

10 DIFFERENTIAL PROBE LECROY DXG100A

11 DIGITAL POWER METER YOKOGAWA WT310

12 SURGE TESTER THERMO SCIENTIFIC EMCPRO PLUS


14 FREQUENCY ANALYZER AP INSTRUMENT 300

15 AC POWER SOURCE CHROMA 6530

16 INJECTION ISOLATOR RIDLEY ENGINEERING 0.1Hz TO 30MHz

17 WAVEFORM GENERATOR AGILENT 33120A


19 AC CONTROL SORENSEN DCS150-20

20 THERMOSTREAM TEMPTRONIC CORPORATION ATS-810-M-4

21 CURRENT PROBE LECROY AP015

22 CURRENT PROBE LECROY CP150


EVALUATION REPORT

2. CHARACTERISTIC

2.1 Steady State Data ( Refer to Section 1.1.1 For Test Setup)

2.1.1 Regulation - Line, Load and Temperature

a. Low Line Regulation - Line and Load Conditions: Ta = 25 °C

lo \ VIN 85VAC 100VAC 115VAC 130VAC Line Regulation

0% 28.099V 28.062V 28.071V 28.071V 0.037V 0.132%

50% 28.096V 28.059V 28.061V 28.061V 0.037V 0.132%

100%I

28.075V 28.056V 28.046V 28.052V 0.029V 0.104%

Load

Regulation

0.024V 0.005V 0.024V 0.019V

0.086% 0.018% 0.086% 0.068%

b. Temperature Regulation Conditions: VIN = 115 VAC

lo = 100%

Ta -40 °C +25 °C +75 °C Temperature Stability

Vo 28.186V 28.046V 27.914V -272mV -0.971%

c. High line Regulation - Line and Load Conditions: Ta = 25 °C

lo \ VIN 200VAC 220VAC 230VAC 265VAC Line Regulation

0% 28.064V 28.065V 28.052V 28.062V 0.014V 0.050%

50% 28.062V 28.062V 28.059V 28.058V 0.005V 0.018%

100% 28.052V 28.051V 28.044V 28.058V 0.014V 0.050%

Load

Regulation

0.012V 0.014V 0.014V 0.005V

0.043% 0.050% 0.050% 0.018%

d. Temperature Regulation Conditions: VIN = 230 VAC

lo = 100%


Vo 28.217V 28.044V 27.921V -296mV -1.057%

REV 1.10 (September 10, 2019) 7


EVALUATION REPORT

REV 1.10 (September 10, 2019) 7

2. CHARACTERISTIC

2.1 Steady State Data ( Refer to Section 1.1.1 For Test Setup)

2.1.1 Regulation – Line, Load and Temperature

a. Low Line Regulation - Line and Load Conditions: Ta = 25 °C

IO \ VIN 85VAC 100VAC 115VAC 130VAC Line Regulation

0% 28.099V 28.062V 28.071V 28.071V 0.037V 0.132%

50% 28.096V 28.059V 28.061V 28.061V 0.037V 0.132%

100% 28.075V 28.056V 28.046V 28.052V 0.029V 0.104%

Load 0.024V 0.005V 0.024V 0.019V

Regulation 0.086% 0.018% 0.086% 0.068%

b. Temperature Regulation Conditions: VIN = 115 VAC

IO = 100%


VO 28.186V 28.046V 27.914V -272mV -0.971%

c. High line Regulation - Line and Load Conditions: Ta = 25 °C

IO \ VIN 200VAC 220VAC 230VAC 265VAC Line Regulation

0% 28.064V 28.065V 28.052V 28.062V 0.014V 0.050%

50% 28.062V 28.062V 28.059V 28.058V 0.005V 0.018%

100% 28.052V 28.051V 28.044V 28.058V 0.014V 0.050%

Load 0.012V 0.014V 0.014V 0.005V

Regulation 0.043% 0.050% 0.050% 0.018%

d. Temperature Regulation Conditions: VIN = 230 VAC

IO = 100%


VO 28.217V 28.044V 27.921V -296mV -1.057%

0 2 8 10

Output Current (A)

12 14 16 18 4 6

Vin = 130V = 120V —.—Vin = 100V Vin = 115V

Ta = 25 Deg C. 95

90

• 85

•E 80 LU

75

70

0 2 4 6 8 10 12 14 16 18

Output Current (A)

8 REV 1.10 (September 10, 2019)

Ta = 25 Deg C. 95

90

• 85

•E 80 LU

75

70

(

—.—Vin = 200V Vin = 230V Vin = 265V Vin = 220V


EVALUATION REPORT

2.1.2 Efficiency vs. Output Current

PFH500E-28 Efficiency Ta = 25 Deg C.

95

90

85

*: 80 Lu

75

70

0 2 4 6 8 10 12 14

Output Current (A)

- Vin = 85V Vin = 90V Vin = 95V

PFH500E-28 Efficiency

PFH500E-28 Efficiency


EVALUATION REPORT

REV 1.10 (September 10, 2019) 8

2.1.2 Efficiency vs. Output Current

70

75

80

85

90

95

0 2 4 6 8 10 12 14

Eff

icie

ncy

, ηη ηη

(%)

Output Current (A)

PFH500F-28 Efficiency

Vin = 85V Vin = 90V Vin = 95V

Ta = 25 Deg C.

70

75

80

85

90

95

0 2 4 6 8 10 12 14 16 18

Eff

icie

ncy

, ηη ηη

(%)

Output Current (A)


Vin = 100V Vin = 115V Vin = 130V Vin = 120V

Ta = 25 Deg C.

70

75

80

85

90

95

0 2 4 6 8 10 12 14 16 18

Eff

icie

ncy

, ηη ηη

(%)

Output Current (A)


Vin = 200V Vin = 230V Vin = 265V Vin = 220V

Ta = 25 Deg C.

Ta = 25 Deg C.

. . . . . . . . . .

88 95 102

Input Voltage (V)

60 67 116 109 81 74

. . . . 123 130

4

3 U

g- 2

lo_mid = 9A —a— lo_max =13.5A

3.5

3

0.5

0


EVALUATION REPORT

2.1.3 Input Current vs. Input Voltage

Low Line

PFH500E-28 Start Up (Input Current)

High Line

PFH500E-28 Start Up (Input Current) Ta = 25 Deg C.

- •

162 172 182 192 202 212 222 232 242 252 262

Input Voltage (V)

—e— lo_mid = 9A lo_max = 18A

REV 1.10 (September 10, 2019) 9


EVALUATION REPORT

REV 1.10 (September 10, 2019) 9

2.1.3 Input Current vs. Input Voltage

Low Line

High Line

0

1

2

3

4

5

6

60 67 74 81 88 95 102 109 116 123 130

Inp

ut

Cu

rre

nt

(A)

Input Voltage (V)

PFH500F-28 Start Up (Input Current)

Io_mid = 9A Io_max = 13.5A

Ta = 25 Deg C.

0

0.5

1

1.5

2

2.5

3

3.5

162 172 182 192 202 212 222 232 242 252 262

Inp

ut

Cu

rre

nt

(A)

Input Voltage (V)


Io_mid = 9A Io_max = 18A

Ta = 25 Deg C.

0.5

0.45

0.4

0.35

t 0.3

0.25 U

0.2

0.05

0


EVALUATION REPORT

2.1.4 Input Current vs. Input Voltage (No Load)

Low Line

PFH500E-28 Start Up (Input Current)

0.4

Ta = 25 Deg C.

0.35

0.3 7."(e

+. 0.25

0.2 U g. 0.15

• I I

60 65 70 75 80 85 90 95 100 105 110 115 120 125 130

Input Voltage (V)

lo_min = OA

High Line

PFH500E-28 Start Up (Input Current) Ta = 25 Deg C.

Vow

162 172 182 192 202 212 222 232 242 252 262

Input Voltage (V)

lo_min = OA

REV 1.10 (September 10, 2019) 10

0.1

0.05

0


EVALUATION REPORT

REV 1.10 (September 10, 2019) 10

2.1.4 Input Current vs. Input Voltage (No Load)

Low Line

High Line

0

0.05

0.1

0.15

0.2

0.25

0.3

0.35

0.4

60 65 70 75 80 85 90 95 100 105 110 115 120 125 130

Inp

ut

Cu

rre

nt

(A)

Input Voltage (V)


Io_min = 0A

Ta = 25 Deg C.

0

0.05

0.1

0.15

0.2

0.25

0.3

0.35

0.4

0.45

0.5

162 172 182 192 202 212 222 232 242 252 262

Inp

ut

Cu

rre

nt

(A)

Input Voltage (V)


Io_min = 0A

Ta = 25 Deg C.


EVALUATION REPORT

2.1.5 Power Factor (PF) vs. Output Current

Power Factor vs. Output Current

1

0.95

0.9

0 4. ci-4 0.85

85V

100y

115V

130V

200V

230V

265V

0.8 0

0.75

0.7

0.65

20% 40% 60% 80% 100%

Output Current (%)

2.1.6 Output behavior with input line sweep

Low Line (Line Sweep from 0 —> 135 —>0 VAC)

PFH500E-28 Start Up (Output Voltage)

30

25

U > 20

15

.172. 10 0

5

0

Ta = 25 Deg C.

,, ... ........ _

60 65 70 75 80 85 90 95 100 105 110 115 120 125 130

Input Voltage (VAC)

lo_min = OA lo_mid = 9A l0 max = 13.5A

Note: At no load condition, Bulk capacitor will discharge slowly and output voltage will turn off until input voltage drop to 66V.

REV 1.10 (September 10, 2019) 11


EVALUATION REPORT

REV 1.10 (September 10, 2019) 11

2.1.5 Power Factor (PF) vs. Output Current

2.1.6 Output behavior with input line sweep

Low Line (Line Sweep from 0 → 135 →0 VAC)

Note: At no load condition, Bulk capacitor will discharge slowly and output voltage will turn off until input voltage drop to 66V.

0.65

0.7

0.75

0.8

0.85

0.9

0.95

1

20% 40% 60% 80% 100%

Po

we

r Fa

cto

r

Output Current (%)

Power Factor vs. Output Current

85V

100V

115V

130V

200V

230V

265V

0

5

10

15

20

25

30

60 65 70 75 80 85 90 95 100 105 110 115 120 125 130

Ou

tpu

t V

olt

ag

e (

VD

C)

Input Voltage (VAC)

PFH500F-28 Start Up (Output Voltage)

Io_min = 0A Io_mid = 9A Io_max = 13.5A

Ta = 25 Deg C.


EVALUATION REPORT

High Line (Line Sweep from 180 —> 265 —> 180 VAC)

PFH500E-28 Start Up (Output Voltage) Ta = 25 Deg C.

_

175 185 195 205 215 225 235 245 255 265

Input Voltage (VAC)

lo_min = OA — lo_mid = 9A l0 max = 18A

U

eo to

0

o.

O

28.06

28.06

28.05

28.05

28.04

28.04

28.03

28.03

28.02

REV 1.10 (September 10, 2019) 12


EVALUATION REPORT

REV 1.10 (September 10, 2019) 12

High Line (Line Sweep from 180 → 265 → 180 VAC)

28.02

28.03

28.03

28.04

28.04

28.05

28.05

28.06

28.06

175 185 195 205 215 225 235 245 255 265

Ou

tpu

t V

olt

ag

e (

VD

C)

Input Voltage (VAC)

PFH500F-28 Start Up (Output Voltage)

Io_min = 0A Io_mid = 9A Io_max = 18A

Ta = 25 Deg C.

2.2 Over Current Protection (OCP) Characteristics (Refer to section 1.1.2 for Test Setup)

LOW LINE CONDITIONS HIGH LINE CONDITIONS

PFH500E-28-000 Current Limit Ta = .r. S :.:ef

33 —

PFH500E-28-000 Current Limit Ta =25 Deg C.

30

<- _ 25 a. 25 i:

2°

:

2° 8 O

z is Li 0 25 ./.---------

10 5

0 a 10 5

5 :

:.________............/.........

:

5

0 o 5 10 15 20 25

Output Current (A) — Vin . 200/ —..— Vin =230/

Vin =265v — Vin =220/

o 5 io 15 20 25 Output Current (A)

--- Vin =100/ —•— V i n = 1 LSV Vin Vin 120V - =130, —.— =

33

PFH500E-28-000 Current Limit Ta =-40 Deg C.

33

PFH500E-28-000 Current Limit Ta = -40 Deg C.

— 25

g : 20 Z

ris 20

> 5 10 a

g 25 5 10

; a 5 o s .

5 o s

0 • - - - o 0 5 10 15 20 25 30

Output Current (A) — Vin = 203/ — Vin .230V

Vin .265V — Vin .220V

0 5 10 15 20 25 30 Output Current (A)

— Vin = NOV —.— Vin .115V Vin = 1301 --,— Vin = 120/



33 30 - I.

— 25 : '

• 25 S.

!r. ---`--------.'.----- a s20 ----"--------------- 2°

..----'-----' s * ..--""-'..--- 15 3 3

1 W W 1 0 5

f

fr g 5

0 5 10 15 23 25 Output Current (A)

Vin 200/ Vin — . —.— .230V

0 5 10 15 20 25 Output Current (A)

Vin Vin — =1001 —.— =115V Vin 132/ Vin 120V — = —.— = — Vin .265V --- Vin .2201

REV 1.10 (September 10, 2019) 13


EVALUATION REPORT

REV 1.10 (September 10, 2019) 13

2.2 Over Current Protection (OCP) Characteristics (Refer to section 1.1.2 for Test Setup)

LOW LINE CONDITIONS HIGH LINE CONDITIONS

Conditions: lo = 0% Ta = 25 °C VIN = 115 VAC

cs

PS- - PS - - - P3- - - P2 - - - P1 Has(C3)

35 9 V

Memnre

yaus

status

10 0 00

LeCroy

Measure lath Analysis Malitmia Help

1=2:1511111

112312017 12.08.35 PM

Conditions: lo = 0% Ta = 25 °C VIN = 230 VAC

File Vertical Tirnebase Trigger oispiav cur

101.001111•0110.1000041

ca

ElEMOZIM Rao 1 MO MS 10 kSils

11231201712.03.10 PM

Meoure

status

LeCrOy


EVALUATION REPORT

2.3 Over Voltage Protection (OVP) Characteristics (Refer to Section 1.1.2 for Test Setup)

REV 1.10 (September 10, 2019) 14


EVALUATION REPORT

REV 1.10 (September 10, 2019) 14

2.3 Over Voltage Protection (OVP) Characteristics (Refer to Section 1.1.2 for Test Setup)

Conditions: IO = 0% Ta = 25 °C VIN = 115 VAC

Conditions: IO = 0% Ta = 25 °C VIN = 230 VAC

OVP Point

OVP Point


EVALUATION REPORT

2.4 Output Rise and Fall Characteristic with AC Turn On / Turn-Off

115 VAC No Load Start Up CH3: Vo; CH4: VIN

115 VAC No Load Shut Down CH3: Vo; CH4: VIN

File geMr al Prnebase Trigger Display Caws Menem Math Marys Ulligns Help File vertical Prnebase Trigger Display Caws Menem Mails AnarynT. illlens HeiT

I I \ IA I I

I

"111101•011101PAIMI

I .

CB

1 4

il !V N I ' 1I 1111,11 . ' ;',' Ill1 11' II' I. l'' 1 11" il 11 il:1 .11 : 11 , 11 Fl ilrjj' Ill

' i a II !r i 11)Y!1:1Y 11,111 !I n 1 .1 ! t i IV

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1111 .111 ' 4°111:1111 jli !!!' `(.011 ' )17' .' VIII i l VI '" ' ' 1 r . 11' ' !1

• • • . : 1 11 [ I'l l SI II 11 i' 0 .1 J.1' 11 111111,1,1: k r11 rill' i!I ir VII V011 il 41

Warne P1.rna.(C3) P2.rnage4) P3:mils(CZ PT.rnin(CM P5 rrns(Ci4) FI -- - due 288V 213 4 Was mo ri.

Measure slue statue

P1.rna.(C3) P2.rnage4) P 301V AMY

mi.

Trin(C3) P4.rein(C4) P5 rms(C; Pe.- - -

NO TrIE ' Rol 500 meld 10 k5 206S

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!IIIIII me Bee 133 Tn gm TO Rol 500 misId glee 3 7 id ln r Ed2 Fo-311,

312 .i2013 5.24 FIT 312212013 5.33 TS PM

115 VAC Full Load Start Up CH3: Vo; CH4: VIN

115 CH3:

VAC Full Load Shut Down Vo; CH4: VIN

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REV 1.10 (September 10, 2019) 15


EVALUATION REPORT

REV 1.10 (September 10, 2019) 15

2.4 Output Rise and Fall Characteristic with AC Turn On / Turn-Off

115 VAC No Load Start Up CH3: VO; CH4: VIN

115 VAC No Load Shut Down CH3: VO; CH4: VIN

115 VAC Full Load Start Up CH3: VO; CH4: VIN

115 VAC Full Load Shut Down CH3: VO; CH4: VIN

Measure

va Ue

St to

P :m (03

9.6V

C4

Measure P1 max(C3)

va Ue 29.8 V status

P2 mas(C4) P (03) P4 031 (04) P5 rrn (C

376 V

P6--

11•11111 Igger (11§ I1

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105.7741 SIOp 8 Edg

81221201 8 5 8 PM LeCroy

230 VAC Full Load Start Up CH3: Vo; CH4: VIN

File Vertical Timebase Trigger Display Cursors Measure Math Analysis Utilities Help

Measure

value

st tus

MEI

P1 may(C3) P2 ma (C4) P rms(C3) P4 rnm(C4 P5 rms(C4)

30.1 V 376V

230 VAC No Load Start Up CH3: Vo; CH4: VIN

File Vertical Tirnebase Trigger Display Cursors Measure Mat

L3

L9

11 1.1 1.11I 111 II 1

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230 VAC No Load Shut Down CH3: Vo; CH4: VIN

File Vertical Tirnebase Trigger Display Cursors Measure IMF

Roll 500 maltll 1.00 V oriel

File Vertical Tirnebase Trigger Display Cursors Measure Mat


EVALUATION REPORT

Output Rise and Fall Characteristic (continued)

REV 1.10 (September 10, 2019) 16


EVALUATION REPORT

REV 1.10 (September 10, 2019) 16

Output Rise and Fall Characteristic (continued)

230 VAC No Load Start Up CH3: VO; CH4: VIN

230 VAC No Load Shut Down CH3: VO; CH4: VIN

230 VAC Full Load Start Up CH3: VO; CH4: VIN

230 VAC Full Load Shut Down CH3: VO; CH4: VIN


EVALUATION REPORT

2.5 Hold Up Time Characteristic

VIN = 115 VAC; Vo = 28 VDC VIN = 230 VAC; Vo = 28 VDC

240

,7,- 200 E Lu 160 2 P 120 0_ m o 80 Ei x 40

0 20

115V INPUT

40 60 80

OUTPUT CURRENT (%)

240

7 200 E LI, 160 2 '- 120 0_ m 0 80

x 40

0 20

230V INPUT

40 60 80

OUTPUT CURRENT (%)

100

2.6 Dynamic Line Response

VIN = 90 4- 130 VAC; lo = 15 A CH1: Vo; CH3: liN; CH4: VIN

VIN = 110 4- 260 VAC; lo = 18 A CH1: Vo; CH3: liN; CH4: VIN

511 0001 Tirnetease 1105.91. 9.5.41.5. , ur lemur, Mt ene .0 4106,

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1

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VIN = 180 CH1: Vo;

4- CH3:

265 liN;

VAC; lo = 18 CH4: VIN

A VIN = 115 CH1: Vo;

4- 250 VAC; lo = CH3: liN; CH4: VIN

18 A

1 ll II

VIII

1

I

11

.11111H 1 .1 1; 1 i'li ,1I PM ri1,01' II

BO !cal 9 e9 1 9 e9 Leer., 1/22.2016 3 36 32 Ple Lee. 1/22 2018 154 01 Pnn

REV 1.10 (September 10, 2019) 17


EVALUATION REPORT

REV 1.10 (September 10, 2019) 17

2.5 Hold Up Time Characteristic

VIN = 115 VAC; VO = 28 VDC VIN = 230 VAC; VO = 28 VDC

2.6 Dynamic Line Response

VIN = 90 ↔ 130 VAC; IO = 15 A CH1: VO; CH3: IIN; CH4: VIN




0

40

80

120

160

200

240

20 40 60 80 100

HO

LD U

P T

IME

(m

s)

OUTPUT CURRENT (%)

1 1 5 V I N P U T

0

40

80

120

160

200

240

20 40 60 80 100

HO

LD U

P T

IME

(m

s)

OUTPUT CURRENT (%)

2 3 0 V I N P U T

C roy

km -150000ms C. 29295 ens Mr X2= •P 50005 roe 11.1= /00001.

1111712111 506 15 PM

Mom P1:m/411 value

P2rmlnICI) P3pFy6pC11 PrIarneCCA EE:mmIC21 .1621, 612 RV 102R 'iT

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LeCroy mo1:201,0239Per

VIN = 115 VAC; Load Step: 0% (OA) H 50% (9A), 1kHz CH1: Vo (AC Couple); CH2: lo; Slew rate: 0.1A/us

VIN = 230 VAC; Load Step: 0% (OA) H 50% (9A), 1kHz CH1: Vo (AC Couple); CH2: lo; Slew rate: 0.1A/us

Die VeMCB, runobaso tremor Display Cursors Measure Ilater 0.nelreie HlilW, Hero

Prrnirspl) PP rninrCI) pleplopl PCITRV,C, FO:rnintc21 324 mV .462 me 221210 '021, , A

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IO

VIN = 115 VAC; Load Step: 50% (9A) H 100% (18A), 1kHz CH1: Vo (AC Couple); CH2: lo; Slew rate: 0.1A/us

VIN = 230 VAC; Load Step: 50% (9A) H 100% (18A), 1kHz CH1: Vo (AC Couple); CH2: lo, Slew rate: 0.1A/us

0 I sp I

trom(01) 501rtaV

P5 rnin(C2) P6 rrne(e.) I 0 A

P2 rnn(C1) P3 pkp 1k( 0C5V

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Mee e 0 00 00 Te PO

LeCroy 120212016 2 re, PM

21

P5 rnin(02) rrn P6 s(C ) OA

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Measure ax(C1) ve ue mV stenos

LeCroy

°°0 0 0 0 00Ao

P2 rnin(C1) PapkpC1) Pd maN(C2) 536 rrIV 1 03V


EVALUATION REPORT

2.7 Dynamic Load Response

REV 1.10 (September 10, 2019) 18


EVALUATION REPORT

REV 1.10 (September 10, 2019) 18

2.7 Dynamic Load Response

VIN = 115 VAC; Load Step: 0% (0A) ↔ 50% (9A), 1kHz CH1: VO (AC Couple); CH2: IO; Slew rate: 0.1A/us



VIN = 230 VAC; Load Step: 50% (9A) ↔ 100% (18A), 1kHz CH1: VO (AC Couple); CH2: IO, Slew rate: 0.1A/us


EVALUATION REPORT

2.8 Brownout

Ta = 25 °C

VIN = 115 VAC / 50Hz; lo = 18 A; Brownout Time = 1 ms CH1: Vo; CH3: liN; CH4: VIN

VIN = 115 VAC / 50Hz; lo = 18 A; Brownout Time = 2ms CH1: Vo; CH3: liN•, CH4: VIN

File Vertical Drnepase Trigger Display Cursors Measure Main Analysis Mlles Help File Verges, Timegase Trigger Display Cursors Measure Mali Analysis Mites Help

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CH1: = 115

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/ 60Hz; CH4:

lo = 18 VIN

A; Brownout Time = 1 ms VIN = CH1:

115 Vo;

VAC CH3:

/ 60Hz; liN; CH4:

lo = VIN

18 A; Brownout Time = 2ms

Flle Veloal Tmel,,e Tri00er Display Cursors Measure Math Melislel Ullgtlies Help Flle Veloal Thsebese Trigger Slap* Cursors Measure MAT ....s, Ulnas Help

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REV 1.10 (September 10, 2019) 19


EVALUATION REPORT

REV 1.10 (September 10, 2019) 19

2.8 Brownout

Ta = 25 °C

VIN = 115 VAC / 50Hz; IO = 18 A; Brownout Time = 1ms

CH1: VO; CH3: IIN; CH4: VIN VIN = 115 VAC / 50Hz; IO = 18 A; Brownout Time = 2ms

CH1: VO; CH3: IIN; CH4: VIN






EVALUATION REPORT

Brownout (continued)

VIN = 230 VAC / 50Hz; lo = 18 A; Brownout Time = 1 ms CH1: Vo; CH3: liN; CH4: VIN

VIN = 230 VAC / 50Hz; lo = 18 A; Brownout Time = 2ms CH1: Vo; CH3: liN; CH4: VIN

File WitCal Itnehase Trigger Display Cursors Measure Mat itaiiisis i ' - -I I Topper Display i I ,, i

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VIN CH1:

= 230 Vo;

VAC CH3:

/ 60Hz; IIN; CH4:

lo = VIN

18 A; Brownout Time = 1ms VIN CH1:

= 230 Vo; CH3:

VAC / 60Hz; liN; CH4:

lo VIN

= 18 A; Brownout Time = 2ms

Flle Vert -Fmk ass Trigger Olsola, Cursors !Measure Ms /instals LlitIci- Het File Vortical Tiiinehase Tripper Dist. Cursors Measure Math Analysis Utll0les Help

1

11 i

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90 Volal -2800AofsI 00 offset Oa 05 Le Croy 0122/2010 a:300]PM LeCroy 8/22/20113 5 51 13 PM

REV 1.10 (September 10, 2019) 20


EVALUATION REPORT

REV 1.10 (September 10, 2019) 20

Brownout (continued) Ta = 25 °C










EVALUATION REPORT

2.9 Inrush Current (Refer to Section 1.1.3 for Test Setup)

Condition:

lo = 100%

Ta = 25 °C

VIN = 115 VAC; 0 = 0° (Switch On Phase Angle) CH1: Vo; CH2: VIN; CH3: liN

VIN = 115 VAC; 0 = 90° (Switch On Phase Angle) CH1: Vo; CH2: VIN; CH3: liN

File Vertical Tspebase Tugger Display Curers Measure lath Anal-ms Whiles Help File '7E12.1 Tsrlebsee Tugger 0,61. Cursors Measure UP Analysis While, Help

2

IIII

1111111 11 nit I

2

i

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, 2

Measure P1 rnex(C3) P2 opo(C3) P3 Va . 0 A 107A st tus V V

nts)(01) P4 mart(C4 3004

V 188V

V

P5 roln(C2) -2190

V

P6. Measure P1 ma(C3) P2 ntlo(C3) Va . 11 7 A •9 8 51 tus V

P3 A V

ma(C1) 3004

V

P4 ros(C2) 206V

V

P5 roln(C2) -210V

V

10.OVldly 100 mV Dist

AMRoll 100

Im abase

k5 500 meltliv

20

400m•

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100 k5 20

400ro

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gge

EU le Positive

[1]

LeCroy 1112012017 12 32 14 PH LeCroy 1112012017 12 33 43 PM

VIN = 230 VAC; 0 = 0° (Switch CH1: Vo; CH2: VIN; CH3: IIN

On Phase Angle) VIN = 230 VAC; 0 = 90° (Switch CH1: Vo; CH2: VIN; CH3: IIN

On Phase Angle)

File Vertical Trodase Trigger Dula, Cursors Measure Mat Arialosis Litittes Help File Vertical ltirnebase Trigger Display Cursors Measure at AnahAss Utilities Help

co

l

I

: :

I

1

i

111111.11.11.111.1111111""

I

11.1110111111111 1 1 1 i

II Hill

11 V ilir III

4 —

l • 161

I III Ir i I I ,ii Pleasure Plonar(c2) P2:111111(C3) m K(C1) P :max(C2) P m C2)

9.2A -11.1A 00V 3551' - 9V status V V V V V

Measure P1:rrax(C3) P2 min(C3) P3 max(C1) max(C P non(C2) PE tra tre 10.1 A -12. A 300 V 3654 3594 status V 07 V V V

0 1 idi: 103mV ii t

mimes 40C Illrl 111 Vldv 5.30Wdr Roll 500m,IJr

400.iS if ltirsrli e 100 k5 20kS1s Smp , , ,

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4u3 A ot i 47 IA offset M V1 20 NSls El. Positive LeCroy 711201201712:26.13 PM LeCroy 11120/2017 12 21:22 Phi

REV 1.10 (September 10, 2019) 21


EVALUATION REPORT

REV 1.10 (September 10, 2019) 21

2.9 Inrush Current (Refer to Section 1.1.3 for Test Setup)

Condition: IO = 100%

Ta = 25 °C

VIN = 115 VAC; Ø = 0° (Switch On Phase Angle)

CH1: VO; CH2: VIN; CH3: IIN







lo = 100% Ta = 25 °C

Condition:

VIN = 230 VAC; lo = 18A CH2: liN; CH3: VIN

VIN = 115 VAC; lo = 18A CH2: liN; CH3: VIN

10 0010 1 ndn ALI zoo wnr.

76.031021 10.0 %Jr, n 4n, olsl

-on !IPlo 375 0 31,1

5 Pirn 30 FS 2.0

Slop 705.0011 Etlge P.1 dr

slop 205.0 r, Etlge PosrWe

5.00 ms 10005 0'10

1,pChoy LeCroy 3129,2017 11.00:10 Prd 3129,2017 11 01 27 014

File venicai l'imenase trigger 015444 cursors 0000110 am Pnaksis u0lmes Help

Ptrnar(C1) P2.rnax(C2) Pamax(C2) P1150304) 11 E A 15131,

Ptenax(01) P2702402) 5 50

63551aw(C2) 35E V

Pd min(C4) P5 - P6'--

ROOM 0.001


EVALUATION REPORT

2.10 Input Current Waveform

2.11 Input Current Harmonics

Condition:

lo = 100%

Ta = 25°C

VIN = 115 VAC VIN = 230 VAC

10 In

Har

mo

nic

curr

ent

[A

] Et- 1 -%%--.........__......

., 0.1 i 0.01

1111111 .

0.001 . , - I 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39

Harmonic order

Vin=115Vac, Vo=28V, lo=18A —IEC 61000-3-2 ClassA

U.Ulf 1

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

Harmonic order

Vin=115Vac, Vo=28V, Io=18A —IEC 61000-3-2 ClassA

REV 1.10 (September 10, 2019) 22


EVALUATION REPORT

REV 1.10 (September 10, 2019) 22

2.10 Input Current Waveform

Condition: IO = 100% Ta = 25 °C

VIN = 115 VAC; IO = 18A CH2: IIN; CH3: VIN

VIN = 230 VAC; IO = 18A CH2: IIN; CH3: VIN

2.11 Input Current Harmonics

Condition: IO = 100% Ta = 25°C

VIN = 115 VAC VIN = 230 VAC


EVALUATION REPORT

2.12 Output Ripple and Noise

T = 2 _

VIN = 115 VAC; lo = 0 A; Vo = 28 VDC VIN = 115 VAC; lo = 18 A; Vo = 28 VDC CH1: Vo / 10.0ms/div CH1: Vo / 10.0ms/div

Foe labial En-abase inner Display Cursors Measure Malt Analysis Hales Help F Ile Vertical Irene. know Display Cursors Measure Malt Apathy HaIlller Help

II 1 •

•

I ,

I yy „y„ye P1 ma:01) FS min(01) PS pak01) P4 ime(C1) P5 rmsh'4) Wean P1 rma:01) P0 an(01) PS plak01) P4 ime(91) P5 Yrne(Ca PE

100 mV -B3 m1 159 nil, El mV value 230 mw -104 mV 124 inV 60.4 mV

V V V V slab, 00 V r• V

-

1

UllE=ZEIN 19'''' 131 10 0 m

IWEEXIME /3._ 0 0 meld Atop '

00 kS 1 OM 100 /3 I ONEStoo

C 018 5:29:16PM

VIN = 230 VAC; lo = 0 A; Vo = 28 VDC VIN = 230 VAC; lo = 18 A; Vo = 28 VDC CH1: Vo / 10.0ms/div CH1: Vo / 10.0ms/div

ills Vertical Tanana ingot pispia cursors Measure Mali Anary6la Plies Help RIG OW 11 Tmetas, 1110101 0111109 cursors Measure Mali Anarysls 1411011 Help

1 Menu@ PI m.01) P2min(C1) P3plakiC1) Plorne01) Pampa)) liras a Plar01) PEmln(C1) Plaal(01) Plorna(C1) P6ante(C6

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REV 1.10 (September 10, 2019) 23


EVALUATION REPORT

REV 1.10 (September 10, 2019) 23

2.12 Output Ripple and Noise

Ta = 25 °C

VIN = 115 VAC; IO = 0 A; VO = 28 VDC

CH1: VO / 10.0ms/div

VIN = 115 VAC; IO = 18 A; VO = 28 VDC


VIN = 230 VAC; IO = 0 A; VO = 28 VDC


VIN = 230 VAC; IO = 18 A; VO = 28 VDC



EVALUATION REPORT

2.13 Electro-Magnetic Interference Characteristics

Conducted EMI:

Certified Laboratory

Test Location

Element Materials Technology Group Limited

Plano, TX

Test Board Test performed with the PFH500 module mounted on PFHO5W- 001-EVK-S0 Evaluation test Board (Rev 02)

Test Setup

REV 1.10 (September 10, 2019) 24


EVALUATION REPORT

REV 1.10 (September 10, 2019) 24

2.13 Electro-Magnetic Interference Characteristics Conducted EMI:

Test Setup

Certified Laboratory Test Location

Element Materials Technology Group Limited Plano, TX

Test Board Test performed with the PFH500 module mounted on PFH05W- 001-EVK-S0 Evaluation test Board (Rev 02)


EVALUATION REPORT

110V High line

CONDUCTED EMISSIONS

Emili6 201809 20

element

PSME Sal 2019 02 25 Work Order: TDKL0022 Date: 1-May-2019

Project: None Temperature: 22.1 °C Job Site: TX01 Humidity: 53.4% RH

Serial Number: None Barometric Pres.: 1017 mbar Tested bylMarty Martin EUT: PFH 500F-28V-100-R Module

Configuration: Unknown Customer: TDK-Lambda Americas Inc. Attendees: Shuhui and Michael

EUT Power: 110VAC/60Hz

Operating Mode: 16.9 amp Load

Deviations: None

Comments: Heatsink tied to EGND

Test Specifications Class B Test Method EN 55032 2012/AC:2013 CISPR 32:2015

Run #1 20 l Line:IHigh Line Ext. Attenuation: I o ResuftsI Pass

Quasi Peak Data -vs - Quasi Peak Limit Average Data -vs -Average Limit

100

90

80

70

60

s on o

40

30

20

01 10 10.0 100.0 0.1 10 100.0

MHz MHz

Quasi Peak Data-vs-Quasi Peak Limit

Freq Amplitude Factor Adjusted Spec, Lima Compared to

Spec. (MHz) (dBuV) (dB) 0 0 (dB)

Avera e Data - vs - Average Limit

Freq Amplitude Factor Adjusted Spec, Limit Compared to

Spec. (MHz) (dEluV) (dB) 0 O (dB)

16.994 27.2 20.9 48.1 60.0 -11.9 16.994 23.1 20.9 44,0 50.0 -6.0 0.153 27.9 20.3 48.2 65.9 -17.7 0.153 26.1 20.3 46.4 55.9 -9.5 1.595 21.6 20.1 41.7 56.0 -14.3 1.595 17.0 20.1 37,1 46,0 -8,9 1.306 21.0 20.1 41.1 56.0 -14.9 1.306 16.1 20,1 36.2 46.0 -9.8

28.997 17.7 21.9 39.6 60.0 -20.4 28.997 12.1 21.9 34.0 50.0 -16.0 9.997 15.9 205 36.4 60.0 -23.6 9.997 10.7 20,5 31.2 50.0 -18.8

REV 1.10 (September 10, 2019) 25


EVALUATION REPORT

REV 1.10 (September 10, 2019) 25

110V High line

100

90

80

70

60

• '" 11111111J1117'illn •

40

30

20

10


EVALUATION REPORT

110V Neutral

CONDUCTED EMISSIONS

ErniRS 2018,09.28

element

PSA.ESCI 2019,02.26

Work Order: TDKL0022 Date: 1-May-2019 Project: None Temperature: 22.1 °C

Job Site: TX01 Humidity: 53.4% RH Serial Number: None Barometric Pres.: 1017 mbar Tested by:IMarty Martin

EUT: PFH 500F-28V-100-R Module Configuration: Unknown

Customer: TDK-Lambda Americas Inc. Attendees: Shuhui and Michael



Deviations: None


Test Specifications Class B Test Method EN 55032:2012/AC:2013 CISPR 32:2015

Run #1 21 LinedNeutral Ext. Attenuation:I 0 Results' Pass

Quasi Peak Data - vs - Quasi Peak Limit Average Data - vs -Average Limit

01 10 10,0 100,0 0.1 10 10,0 100.0

MHz MHz

Quasi Peak Data - vs - Quasi Peak Limit Avera e Data -vs- Avera e Limit

Compared to Freq Amplitude Factor Adjusted Spec. Limit Spec,

(MHz) (dBuV) (dB) (dBuV) (dBuV) (dB)

Compared to Freq Amplitude F a ,or Adjusted Spec. Limit Spec.

(MHz) (cleuV) :.dH (dBuV) (dBuV) (dB)

0.153 25.1 20.3 45.4 65.9 -20,5 0.153 22.2 20.3 42.5 55.9 -13.4 27.991 15.8 21.8 37.6 60.0 -22.4 27.991 11.1 21.8 32.9 50.0 -17.1 9.091 12.4 20.5 32.9 60.0 -27.1 9.091 7.3 20.5 27.8 50.0 -222 0,251 18,1 20.2 38,3 61.7 -23,4 1.590 5.1 20.1 25.2 46.0 -20.8 1.590 9.5 20.1 29.6 56.0 -26.4 0.251 5.5 20.2 25.7 51.7 -26.0 4.495 1.2 20.2 21.4 56.0 -34.6 4.495 -16 20.2 16.6 46.0 -29,4

REV 1.10 (September 10, 2019) 26


EVALUATION REPORT

REV 1.10 (September 10, 2019) 26

110V Neutral

01 10 10.0 1060


EVALUATION REPORT

230V Line

CONDUCTED EMISSIONS

Emil. 2019 09 26

element

PSAESCI 2016 0216

Work Order: TDKL0022 Date: 1-May-2019 Project: None Temperature: 22,1 °C






Deviations: None


Test Specifications Class B Test Method EN 55032:2012/AC:2013 CISPR 32:2015

Run #1 23 LinclHigh Line I Ext. Attenuation:I o Results' Pass


MHz MHz

Quasi Peak Data - vs - Quasi Peak Limit Avera e Data - vs - Avera e Limit

Compared to Freq Amplitude Factor Adjusted Spec. Limit Spec.


Compared to Freq Amplitude Factor Adjusted Spec. Limit Spec.


1.296 21.1 20.0 41.1 56.0 -14.9 1.296 16.3 20.0 36.3 46.0 -9.7 28.992 18.8 21.9 40.7 60.0 -19.3 28.992 13.3 21.9 35.2 50.0 -14.8 0.566 18.7 20.1 38.8 56.0 -17.2 0.153 20.0 20.3 40.3 55.9 -15.6 0,153 21,2 20.3 41.5 65,9 -24,4 14,997 8.6 20,7 29,3 50,0 -20,7

14.997 13.9 20.7 34.6 60.0 -25.4 0.566 6.3 20.1 26.4 46.0 -19.6 9.995 11,1 20.5 31.6 60,0 -28,4 9,995 5.6 20,5 26,1 50,0 -23,9

REV 1.10 (September 10, 2019) 27


EVALUATION REPORT

REV 1.10 (September 10, 2019) 27

230V Line

Run dl 22 Une;INeutral I Est Attenuation:I I Results! Pass

0 • 10 17.0 100.0

MHz MHz


Quasi Peak Data - vs - Quasi Peak Limit 100

90

BO

70

60

7 50

40

30

20

10

0

Average Data - vs - Average Limit


EVALUATION REPORT

230V Neutral

CONDUCTED EMISSIONS

rmen xo.eaaae

element

rear.escl rare or xe

Work Order: TDKL0022 Date: 1-May-2019 Project: None Temperature: 22,1 °C






Deviations: None


Test Specifications Class B Test Method I EN 550322012/AC 2013 CISPR 32 2015

Freq A r- :A ',,d, Flax Adjusted Spec. 110,1 Compared to

Spec.

(MHz) ,a5.ti, (de) (dBuV) IdBuV) (48)

Compered to Freq Amplitude Factor Adjusted SPec. Omit Spec.

(MHZ) (dBuSi) (dB) (elBuV) (dOuV) (dB)

0.709 20,0 20.3 40.3 56,0 -15,7 0,153 20.3 20.3 40.6 55,9 -15,3 28,009 15,1 21,8 36,9 60,0 -23,1 28,009 10,0 21,8 31,8 50,0 -18,2 0,153 21,7 20,3 42,0 65,9 -23,9 0,709 7,7 20,3 28,0 46,0 -18,0 9,895 11,5 20,5 32,0 60,0 -28,0 9,895 6,3 20,5 26,8 50,0 -23,2 0,429 17,0 20,1 37,1 57,3 -20,2 0,429 5,5 20,1 25,6 47,3 -21,7 0,806 0,7 20,2 20,9 56,0 -35,1 0,806 -4,2 20,2 16,0 46,0 -30,0

REV 1.10 (September 10, 2019) 28


EVALUATION REPORT

REV 1.10 (September 10, 2019) 28

230V Neutral


EVALUATION REPORT

Radiated EMI:

Certified Laboratory

Test Location


Plano, TX

Test Board Test performed with the PFH500 module mounted on PFH500F Evaluation test Board (ZB00510)

Test Setup:

REV 1.10 (September 10, 2019) 29


EVALUATION REPORT

REV 1.10 (September 10, 2019) 29

Radiated EMI: Test Setup:

Certified Laboratory Test Location


Plano, TX

Test Board Test performed with the PFH500 module mounted on

PFH500F Evaluation test Board (ZB00510)

I •

• • • •

80

70

eo

50 E

a3 40 V

30

20

10

0


EVALUATION REPORT

Test Result:

120V

RADIATED EMISSIONS

EUT: AC/DC Power Supply Work Order: TDKL0004 Serial Number. None Date: 09/14/2017 Customer. TDK-Lambda Americas Inc. Temperature: 23.9'C Attendees: Michael Lawrence Relative Humidity: 48.1% Customer Project: None Bar. Pressure: 1014mb Tested By Marty Martin Job Site: TX02 Power 120VAC/80Hz Configuration: TDKL0004-1

TEST SPECIFICATIONS Specification: Equipment Class B Method: EN 55032:2012/AC:2013 CISPR 32:2015

TEST PARAMETERS Run I 10 I Test Distance (m): 110 I Ant. Heights) Olt I 1 10 4(m)

COMMENTS This is eval data only. 120VAC. Full load [internal). 6T-31. Added grounding strap.

EUT OPERATING MODES Typical Operating Mode

DEVIATIONS FROM TEST STANDARD None

10 100 1,000 MHz

Run #:10 ■ PK • AV • QP

REV 1.10 (September 10, 2019) 30


EVALUATION REPORT

REV 1.10 (September 10, 2019) 30

Test Result: 120V


EVALUATION REPORT

RADIATED EMISSIONS

RESULTS - Run #10

FteCI PI !..:

An:: 0&t:.

Factor (eel

Ant. Height

(m) AZITtat (OK.)

Test Dist (ml

Ext. Atten. (dB)

Polar. Trans. Type Detect.

Ow Aqua:.

(dB. A.

!reify/in)

SRC. UM

(deuVsyn) Atartan.

(013)

30.116 520 -24.0 1.5 169.0 i 0 : 0.0 Vert OP 0.0 28.0 30.0 -2.0

79.437 57.1 -32.2 1.0 180.0 10 : 2.0 Vert OP 0.0 24.9 30.0 -5.1

59.816 54.6 -32.5 1 5 351.0 i 0 : 0.0 Veil OP 0.0 22.1 30.0 -7.9

40.248 51.0 -29.0 2 C 73.0 10 2 2.0 Vert OP 0.0 22.0 30 0 -8.0

133.999 50.7 -30.4 2.0 90.0 10 : 2.0 Vert OP 0.0 20.3 30 0 -9.7

216 994 47.1 -27.0 1.0 152.0 IC : 0.0 Vert OP 0.0 20.1 30.0 -9.9

CONCLUSION Pass

FOR REFERENCE ONLY

REV 1.10 (September 10, 2019) 31


EVALUATION REPORT

REV 1.10 (September 10, 2019) 31

• • • •

80

70

80

50 E

co 40V

30

20

10


EVALUATION REPORT

230V

RADIATED EMISSIONS

EUT: AC/DC Power Supply Work Order. TDKL0004 Serial Number. None Date: 09/14/2017 Customer. TDK-t.ambda Americas Inc. Temperature: 23.9•C Attendees: Michael Lawrence Relative Humidity: 48.1% Customer Project: None Bar. Pressure: 1014 mb Tested By: Marty Martin Job Site: TX02 Power 230VAC/50Hz Configuration: TDKL0004-1

TEST SPECIFICATIONS Specification: Equipment Class B Method: EN 55032:20121AC:2013 CISPR 32:2015

TEST PARAMETERS Run 0: 19 I Test Distance (m): 1 10 I Ant Heights) (m): I 1 to 4(m)

COMMENTS This is eval data only. 230VAC. Full load [internal]. 6T-31. Added grounding strap.

EUT OPERATING MODES Typical Operating Mode

DEVIATIONS FROM TEST STANDARD None

10 100 1.000 MHz

Run #: 9 • PK • AV • QP

REV 1.10 (September 10, 2019) 32


EVALUATION REPORT

REV 1.10 (September 10, 2019) 32

230V


EVALUATION REPORT

RADIATED EMISSIONS041

TS - Run #9

Fm (M)

MU (deell

Factor (m)

ML Henan

OM Azimut (deal

Test Dia (m)

Etc Attert. (din

PoUr. Trans. Type Deed.

DM. A311L

(d5) Al.

(deuVmo

spec, UV

Ramo) Liman.

(op)

79.519 57.0 -322 1.5 186.0 10.0 0.0 Vert OP 0.0 24 e 33 0 42

30.166 48.0 -24.0 1.0 238.9 10.0 0.0 yen OP 0.0 24.0 30.0 -6.0

199.961 51.5 -27.7 1.0 270.0 10.0 0.0 Vert OP 0.0 23.8 30.0 4.2 40.003 51.4 -28.9 1.0 273.0 10.0 0.0 Vert OP 0.0 22.5 30.0 -7.5

131.219 51.2 -30.7 1.1 75.0 10.0 0.0 Vert OP 0.0 20.5 30.0 -9.5

134.144 50.6 -30.4 1.5 318.0 10.0 0.0 Vert OP 0.0 20.2 30.0 -9.8

CONCLUSION Pass

FOR REFERENCE ONLY

REV 1.10 (September 10, 2019) 33


EVALUATION REPORT

REV 1.10 (September 10, 2019) 33


EVALUATION REPORT

2.14 Leakage Current (Refer to Section 1.1.4 for Test Setup)

Condition: VIN = 265 VAC

lo = 0% (0 A)

'LEAKAGE LIMIT: 1 mA

Measured !LEAKAGE: 0.62 mA

PASS

3. TERMINOLOGIES

VIN Input Voltage

IIN Input Current

Ta Ambient Temperature

F Frequency

Vo Output Voltage

lo Output Current

TBP Baseplate Temperature

TDK 401 Mile Cars Way, Suite 125 National City, CA 91950 Phone (800) 526-2324 Toll Free

[email protected] www.us.tdk-lambda.com/Ip/

Information furnished by TDK Lambda is believed to be accurate and reliable. However, TDK Lambda assumes no responsibility

for its use, nor for any infringement of patents or other lights of third parties, which may result from its use. No license is granted

by implication or otherwise under any patent or patent lights of TDK Lambda. TDK components are not designed to be used in

applications, such as life support systems, wherein failure or malfunction could result in injury or death. All sales are subject to TDK

Lambda's Terms and Conditions of Sale, which are available upon request. Specifications are subject to change without notice.

REV 1.10 (September 10, 2019) 34


EVALUATION REPORT

REV 1.10 (September 10, 2019) 34

2.14 Leakage Current (Refer to Section 1.1.4 for Test Setup)

Condition: VIN = 265 VAC

IO = 0% (0 A)

ILEAKAGE LIMIT: 1 mA Measured ILEAKAGE: 0.62 mA

PASS

3. TERMINOLOGIES

VIN Input Voltage

IIN Input Current

Ta Ambient Temperature

F Frequency

VO Output Voltage

IO Output Current

TBP Baseplate Temperature

401 Mile Cars Way, Suite 125 National City, CA 91950

Phone (800) 526-2324 Toll Free [email protected] www.us.tdk-lambda.com/lp/

Information furnished by TDK Lambda is believed to be accurate and reliable. However, TDK Lambda assumes no responsibility

for its use, nor for any infringement of patents or other rights of third parties, which may result from its use. No license is granted

by implication or otherwise under any patent or patent rights of TDK Lambda. TDK components are not designed to be used in

applications, such as life support systems, wherein failure or malfunction could result in injury or death. All sales are subject to TDK

Lambda’s Terms and Conditions of Sale, which are available upon request. Specifications are subject to change without notice.

Documents

Evaluation Report - PFH500F-28 · EVALUATION REPORT 1.1.5.2 Radiated EMI D=10m D.U.T and Load Biconical Antenna (Shielded with metal box) Spectrum Analyzer EMI Test Receiver F-1 Stand