27 W PD 3.0 / QC 4.0 + / PPS LD5763 & LD8523 & LD6610

Innovation Service Quality Sharing

創新服務品質共享

Date：2018/04/25

27 W

PD 3.0 / QC 4.0 + / PPS

LD5763 & LD8523 & LD6610

By：Chris Pai

Green your power Green the World The Best Company for AC-DC Mid & High Power Application Total Solution

Contents

1. Specification

2. Outline

3. Schematic

4. PCB Layout

5. Bill of Materials

6. Transformer Design

7. Efficiency

8. No Load Power Consumption

9. Output Voltage Transition

10. Line / Load / Cross Regulation

11. Constant Current

12. Over Current Protection

13. Over Voltage Protection

14. Ripple & Noise Voltage

15. Dynamic Load

16. Turn-on Delay Time

17. Hold-up Time

18. Rise Time & Overshoot

19. AC Brown-in

20. AC Brown-out

21. Supply Voltage of IC

22. Stress on Switching Parts

23. Flux Density of Transformer

24. EMI


1. Specification

Item Min. Typ. Max. Test Result

Input Voltage ( VAC ) 90 115 230 264

Input Frequency ( Hz ) 47 60 50 63

Output

Voltage &

Current

( V / A )

PD 3.0 Mode 5 / 3 9 / 3

PPS Mode 3.3 / 3 5 / 3 9 / 3 11 / 2.45

QC 3.0 Mode 3.6 / 3 5 / 3 9 / 3 12 / 2.25

QC 2.0 Mode 5 / 3 9 / 3 12 / 2.25

Efficiency CoC Tier 2 Pass

Standby Power ( mW ) < 30 @ 115 VAC / < 75 @ 230 VAC Pass

Output Voltage Accuracy ( % ) < ± 5 ( for PD 3.0 Mode ) Pass

Constant Current Accuracy ( mA

) < ± 150 ( for PPS Mode ) Pass

Over Current Protection ( % ) < 130 Pass

Over Voltage Protection ( V ) < 4.95 ( for 3.3 V ) / < 7.5 ( for 5 V ) / < 13.5 ( for 9 V ) / < 16 ( for

12 V ) Pass

Ripple & Noise Voltage ( mV ) < 80 Pass

Dynamic Load ( % ) < ± 10 of VBUS,SET Pass

Turn-on Delay Time ( S ) < 1 Pass

Hold-up Time ( mS ) > 10 @ Typical AC Input Pass

Rise Time ( mS ) < 5 Pass

Overshoot ( % ) < 10 Pass

AC Brown-in ( VAC ) < 85 Pass

AC Brown-out ( VAC ) < 85 Pass

EMI EN55032 Class B Pass


2. Outline

Bottom View Top View

36 mm

Side View

48 mm

Rear View

21 mm

LD5763

LD6610

LD8523

12.2 W / inch3


3. Schematic


4. PCB Layout

Bottom Side Top Side


5. Bill of Materials Location Description Q’ty

NTC1 SCK08053MSY / 5 Ω / 3 A / M / 8 Φ 1

R2,R20 200 kΩ / J / 1206 2

R3 56 Ω / J / 1206 1

R4 20 kΩ / J / 1206 1

R5 22 Ω / J / 0603 1

R6 0 Ω / J / 0805 1

R7 330 kΩ / F / 0805 1

R8 21.5 kΩ / F / 0603 1

R9 220 Ω / J / 0603 1

R10,R23,R28 10 kΩ / J / 0603 3

R11,R12,R13 1.6 Ω / F / 1206 3

R14 20 Ω / J / 1206 1

R15 20 kΩ / J / 0603 1

R16 2.2 Ω / J / 0603 1

R17 100 Ω / J / 0603 1

R18 2 Ω / J / 0603 1

R19 4.7 kΩ / J / 0603 1

R21,R39 100 kΩ / J / 0603 2

R22 5 mΩ / F / 1206 1

R24,R25 1 kΩ / J / 0603 2

R26 91 kΩ / F / 0603 1

R27 13 kΩ / F / 0603 1

R29,R30,R31,R32 47 Ω / J / 0603 4

R33 12 kΩ / J / 0603 1

R35 0 Ω / J / 1206 1

R36 3.3 kΩ / J / 1206 1

CX1 0.1 μF ( 104 ) / 275V / HQX / X2 1

CY1 220 pF ( 221 ) / 250V / KX / Y1 1

C1,C2 22 μF / 400 V / SH / 10 x 16 mm 2

C3 1 nF ( 102 ) / 1 kV / X7R / 1206 1

C5,C6 4.7 μF ( 475 ) / 100 V / X7R / 1210 2

C7,C19,C20,C21,C2

2 330 pF ( 331 ) / 50 V / NPO / 0603 5

Location Description Q’ty

C8 100 pF ( 101 ) / 50V / NPO / 0603 1

C9 470 pF ( 471 ) / 1 kV / X7R / 1206 1

C10 1,000 μF / 16 V / FG / 8 x 15 mm 1

C11 470 μF / 16 V / FG / 6.3 x 11 mm 1

C12,C15 100 nF ( 104 ) / 50 V / X7R / 0603 2

C13 4.7 μF ( 475 ) / 10V / X5R / 0603 1

C14 100 nF ( 104 ) / 10 V / X7R / 0603 1

C16 10 nF ( 103 ) / 50 V / X7R / 0603 1

C17 2.2 nF ( 222 ) / 50 V / X7R / 0603 1

C18 22 nF ( 223 ) / 50 V / X7R / 0603 1

C23 1 μF ( 105 ) / 10 V / X7R / 0603 1

BD1 ABS210 / 1 kV / 2 A / ABS 1

D1 RS2MA / 1 kV / 2 A / SMA 1

D2,D3 RS1DL / 200 V / 1 A / SOD-123FL 2

ZD2 BZT52-C6V8(N) / 6.8V / 0.41W / SOD-123 1

Q1 SMK1065F / 680 V / 10 A / 0.85 Ω / TO-220F 1

Q2 AP9474GM-HF / 60 V / 12.8 A / 13 mΩ /

SOP-8 1

Q3 FDS6681Z / -30 V / -20 A / 6.5 mΩ / SOP-8 1

Q4 FMMT624TA / 125 V / 1A / SOT-23 1

U1 LD5763 / SOP-8 1

U2 EL1019 / 200 ~ 400 % / SOP-4 1

U3 LD8523 / SOT-26 1

U4 LD6610 / QFN-16 1

L1 T 8 x 4 x 3 / 67 μH / 0.3 mm x 12 T 1

L2 DR 6 x 8 / 100 μH / 0.26 mm x 60.5 T 1

T1 RM-8 / KP44A / 48 : 5 : 19 / 800 μH 1

F1 2 A / 250V / T / 2010 1

PCB ( Mother ) 48 x 36 mm / FR-4 / 2 oz 1

PCB ( Daughter ) 13 x 24.5 mm / FR-4 / 2 oz 1

Type C Type C Connector 1

CN1,CN3 Pitch = 2.54 mm ( 4 PIN ) Board Connector 1

CN2,CN4 Pitch = 2.54 mm ( 2 PIN ) Board Connector 1

Parts: 82 pcs


6. Transformer Design Schematic of Winding Construction of Winding

Winding No.

Pin No. Winding Types

Number of Turns Remarks

Start Finish Winding Tape

N1 1 F 0.32 mm X 1 25 2 NP1 Pin 朝機台順繞

N2 3 10 0.12 mm X 2 19 2

NA Pin 朝機台順繞 ( 3 線並繞 ) N3 10 X 0.12 mm X 1 Cancel

N4 A B 0.60 mm X 2 5 2 NS Pin 朝機台順繞

N5 10 X 0.12 mm X 3 19 2 Cancel Pin 朝機台順繞

N6 F 12 0.32 mm X 1 23 2 NP2 Pin 朝機台順繞

F 1 NP1 + NP2 扭結線

3 飛線 A 反折底部出線

Foil 10 5 mm X 10 mm X 1 mil Core 底部貼銅下地 Pin 10

Bottom View of Bobbin

Bobbin Shape

Core Material

Ae

( mm2 ) LP

( µH )

RM-8 KP44A 64 800 ± 5 %

@ 65 kHz / 1 V


7. Efficiency

Input Voltage 115 VAC / 60 Hz 230 VAC / 50 Hz

Output Current 100 %, 75 %, 50 %, 25 %, 10 % of Full Load

Measured Point of Output Voltage End of PCB

Duration of Burn-in 30 Minutes

Requirement CoC Tier 2


7. Efficiency ( Cont. ) VIN,AC

( V / Hz ) Mode

VBUS,SET

( V )

VBUS,PCB

( V )

IOUT

( A )

PBUS,PCB

( W )

PIN

( W )

η

( % )

ηAV,4-Points

( % )

Requirement

( % )

115 / 60

PD 3.0

5

5.0809 2.9940 15.212 17.373 87.562

88.705 > 81.84 5.0860 2.2440 11.413 12.770 89.373

5.0907 1.4960 7.616 8.517 89.417

5.0951 0.7480 3.811 4.308 88.466

5.0977 0.2960 1.509 1.787 84.439 > 72.48

9

9.1011 2.9940 27.249 30.535 89.238

89.684 > 87.30 9.1061 2.2440 20.434 22.607 90.388

9.1097 1.4960 13.628 15.140 90.014

9.1135 0.7480 6.817 7.651 89.098

9.1160 0.2960 2.698 3.190 84.587 > 77.30

PPS

3.3

3.3067 2.9510 9.758 11.356 85.929

87.398 > 78.93 3.3170 2.2460 7.450 8.444 88.228

3.3276 1.4980 4.985 5.645 88.304

3.3385 0.7480 2.497 2.866 87.132

3.3448 0.2960 0.990 1.176 84.189 > 69.66

11

11.1015 2.4110 26.766 29.706 90.102

89.405 > 87.30 11.1039 1.8410 20.442 22.712 90.007

11.1072 1.2260 13.617 15.237 89.371

11.1103 0.6130 6.811 7.727 88.140

11.1120 0.2510 2.789 3.388 82.323 > 77.30

QC 3.0

3.6

3.5999 3.0000 10.800 12.470 86.605

87.971 > 79.56 3.6078 2.2500 8.118 9.140 88.813

3.6151 1.5000 5.423 6.107 88.794

3.6225 0.7500 2.717 3.099 87.669

3.6271 0.3000 1.088 1.270 85.680 > 70.27

12

12.0240 2.2460 27.006 29.958 90.146

89.439 > 87.30 12.0270 1.6870 20.290 22.542 90.008

12.0300 1.1250 13.534 15.117 89.527

12.0330 0.5620 6.763 7.678 88.077

12.0340 0.2250 2.708 3.279 82.575 > 77.30


7. Efficiency ( Cont. ) VIN,AC

( V / Hz ) Mode

VBUS,SET

( V )

VBUS,PCB

( V )

IOUT

( A )

PBUS,PCB

( W )

PIN

( W )

η

( % )

ηAV,4-Points

( % )

Requirement

( % )

230 / 50

PD 3.0

5

5.0812 2.9940 15.213 17.147 88.722

87.670 > 81.84 5.0867 2.2440 11.415 12.908 88.430

5.0912 1.4960 7.616 8.671 87.838

5.0957 0.7480 3.812 4.448 85.692

5.0985 0.2960 1.509 1.888 79.934 > 72.48

9

9.1013 2.9940 27.249 30.097 90.538

89.662 > 87.30 9.1060 2.2440 20.434 22.664 90.160

9.1097 1.4960 13.628 15.196 89.682

9.1135 0.7480 6.817 7.723 88.267

9.1158 0.2960 2.698 3.324 81.176 > 77.30

PPS

3.3

3.3063 2.9510 9.757 11.281 86.490

85.460 > 78.93 3.3170 2.2460 7.450 8.626 86.367

3.3275 1.4980 4.985 5.800 85.941

3.3384 0.7480 2.497 3.007 83.044

3.3448 0.2960 0.990 1.258 78.701 > 69.66

11

11.1009 2.4110 26.764 29.561 90.539

89.435 > 87.30 11.1046 1.8410 20.444 22.676 90.155

11.1076 1.2260 13.618 15.229 89.421

11.1111 0.6130 6.811 7.773 87.625

11.1125 0.2510 2.789 3.495 79.807 > 77.30

QC 3.0

3.6

3.5999 3.0000 10.800 12.416 86.982

86.015 > 79.56 3.6078 2.2500 8.118 9.317 87.126

3.6153 1.5000 5.423 6.265 86.559

3.6225 0.7500 2.717 3.258 83.391

3.6270 0.3000 1.088 1.358 80.125 > 70.27

12

12.0240 2.2460 27.006 29.782 90.679

89.543 > 87.30 12.0270 1.6870 20.290 22.479 90.260

12.0300 1.1250 13.534 15.106 89.592

12.0330 0.5620 6.763 7.716 87.643

12.0350 0.2250 2.708 3.392 79.831 > 77.30


8. No Load Power Consumption


Output Current 0 A ( Disconnect USB Type-C Cable )

Requirement < 30 mW < 75 mW ( CoC Tier 2 )

VIN,AC

( V / Hz )

PIN

( mW )

Requirement

( mW )

115 / 60 22 < 30

230 / 50 27 < 75


9. Output Voltage Transition

Input Voltage 115 VAC / 60 Hz

Output Current No Load & Full Load

Measured Point of Output

Voltage End of PCB

Requirement

PD 3.0 Mode ∆ V < 0.5 V: < 25 mS

∆ V ≥ 0.5 V: < 275 mS

PPS Mode 20 mV / Step

QC 3.0 Mode 200 mV / Step

QC 2.0 Mode < 200 mS

Mode VBUS,SET

( V )

Transition Time

( mS ) Requirement

( mS ) 0 A 2.25 A ( for 12 V ) or 3 A

PD 3.0 5 → 9 10 10

< 275 9 → 5 40 40

QC 2.0

5 → 9 12 62

< 200

9 → 5 40 40

9 → 12 10 60

12 → 9 30 30

5 → 12 17 140

12 → 5 70 70


5 V → 9 V / 0 A 5 V → 9 V / 3 A

9 V → 5 V / 0 A 9 V → 5 V / 3 A

PD 3.0 Mode:

9. Output Voltage Transition ( Cont. )



3.3 V → 11 V / 0 A 3.3 V → 11 V / 2.4110 A

11 V → 3.3 V / 0 A 11 V → 3.3 V / 2.4110 A

PPS Mode ( 20 mV / Step ):


2.8A

1.4A


PPS Mode ( SPT. 6 PPS Voltage Step Test ):

Workshop 107 TID025 VST: PASS

A. Purpose:

1. The PPS Step Test verifies that when a source port makes a contract using an APDO its output follows

the monotonicity and tolerance requirements from USB PD spec section 7.1.4.3.

2. This test is required for all USB PD ports that advertise APDO capabilities.

3. This is a single port test at this time.

4. This is a USB PD 3.0 test only.

C. Step Size Conditions:

1. 20mV

2. 100mV

3. 500mV

D. Operating Current Conditions:

1. 1 A

2. APDO Maximum Current / 2 + 500 mA

3. APDO Maximum Current



3.6 V → 12 V / 0 A 3.6 V → 12 V / 2.25 A

12 V → 3.6 V / 0 A 12 V → 3.6 V / 2.25 A

QC 3.0 Mode ( 200 mV / Step ):



5 V → 9 V / 0 A 5 V → 9 V / 3 A

9 V → 5 V / 0 A 9 V → 5 V / 3 A

QC 2.0 Mode:



9 V → 12 V / 0 A 9 V → 12 V / 2.25 A

12 V → 9 V / 0 A 12 V → 9 V / 2.25 A

QC 2.0 Mode:



5 V → 12 V / 0 A 5 V → 12 V / 2.25 A

12 V → 5 V / 0 A 12 V → 5 V / 2.25 A

QC 2.0 Mode:


10. Line / Load / Cross Regulation

Input Voltage 90 VAC / 47 Hz 115 VAC / 60 Hz 230 VAC / 50 Hz 264 VAC / 63 Hz



Voltage End of PCB

Requirement < ± 5 % of VBUS,SET

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

VBUS,PCB

( V ) Requirement

( V ) 0 A 3 A

PD 3.0

5

90 / 47 5.0983 5.0782

4.75 ~ 5.25 115 / 60 5.0983 5.0782

230 / 50 5.0986 5.0783

264 / 63 5.0985 5.0786

9

90 / 47 9.1173 9.1004

8.55 ~ 9.45 115 / 60 9.1172 9.0993

230 / 50 9.1172 9.0997

264 / 63 9.1177 9.0992


11. Constant Current



Voltage End of PCB

Requirement PPS Mode < ± 150 mA of IOUT,TYP

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

IOUT,CC

( A )

Requirement

( A )

PPS

3.3

90 / 47 2.962

2.85 ~ 3.15 115 / 60 2.962

230 / 50 2.962

264 / 63 2.962

5

90 / 47 2.970

2.85 ~ 3.15 115 / 60 2.970

230 / 50 2.970

264 / 63 2.968

9

90 / 47 2.979

2.85 ~ 3.15 115 / 60 2.975

230 / 50 2.971

264 / 63 2.973

11

90 / 47 2.428

2.30 ~ 2.60 115 / 60 2.424

230 / 50 2.422

264 / 63 2.426


90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PPS Mode:

11. Constant Current ( Cont. )

2 V / Div

0.5 A / Div

11 V

9 V

5 V

3.3 V

2 V / Div

0.5 A / Div

11 V

9 V

5 V

3.3 V

2 V / Div

0.5 A / Div

11 V

9 V

5 V

3.3 V

2 V / Div

0.5 A / Div

11 V

9 V

5 V

3.3 V




Voltage End of PCB

Requirement QC 3.0 Mode Defined by Different Output Voltage


Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

IOUT,CC

( A )

Requirement

( A )

QC 3.0

3.6

90 / 47 3.271

3.135 ~ 3.465 115 / 60 3.271

230 / 50 3.271

264 / 63 3.271

5

90 / 47 3.271

3.135 ~ 3.465 115 / 60 3.271

230 / 50 3.271

264 / 63 3.271

9

90 / 47 3.275

3.135 ~ 3.465 115 / 60 3.275

230 / 50 3.273

264 / 63 3.273

12

90 / 47 2.469

2.33 ~ 2.63 115 / 60 2.469

230 / 50 2.467

264 / 63 2.465


90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

QC 3.0 Mode:


2 V / Div

0.5 A / Div

12 V

9 V

5 V

3.6 V

2 V / Div

0.5 A / Div

12 V

9 V

5 V

3.6 V

2 V / Div

0.5 A / Div

12 V

9 V

5 V

3.6 V

2 V / Div

0.5 A / Div

12 V

9 V

5 V

3.6 V




Requirement QC 2.0 Mode Defined by Different Output Voltage


Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

IOUT,CC

( A )

Requirement

( A )

QC 2.0

5

90 / 47 3.279

3.135 ~ 3.465 115 / 60 3.275

230 / 50 3.275

264 / 63 3.273

9

90 / 47 3.285

3.135 ~ 3.465 115 / 60 3.281

230 / 50 3.279

264 / 63 3.275

12

90 / 47 2.478

2.33 ~ 2.63 115 / 60 2.478

230 / 50 2.476

264 / 63 2.476


90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

QC 2.0 Mode:


2 V / Div

0.5 A / Div

12 V

9 V

5 V

2 V / Div

0.5 A / Div

12 V

9 V

5 V

2 V / Div

0.5 A / Div

12 V

9 V

5 V

2 V / Div

0.5 A / Div

12 V

9 V

5 V


12. Over Current Protection


Requirement

Protection Mode Auto Recovery

OCP Trigger

Point < 130 % of Full Load

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

IOUT,OCP

( A )

Requirement

Protection

Mode

OCP Trigger

Point

( A )

PD 3.0

5

90 / 47 3.510 Auto Recovery

< 3.9 115 / 60 3.510 Auto Recovery



9


< 3.9 115 / 60 3.495 Auto Recovery




13. Over Voltage Protection Input Voltage 90 VAC / 47 Hz 115 VAC / 60 Hz 230 VAC / 50 Hz 264 VAC / 63 Hz

Output Current No Load & Full Load ( 3.3 V: 2.951 A / 5 V & 9 V: 3 A / 12 V: 2.250 A )


Requirement Defined by Different Output Voltage

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

VBUS,OVP

( V ) Requirement

( V ) No Load Full Load

PPS 3.3

90 / 47 4.44 4.32

< 4.95 115 / 60 4.52 4.20

230 / 50 4.56 4.28

264 / 63 4.56 4.28

PD 3.0 5

90 / 47 6.96 6.56

< 7.50 115 / 60 6.96 6.48

230 / 50 7.12 6.56

264 / 63 7.20 6.56

PD 3.0 9

90 / 47 11.8 11.0

<13.50 115 / 60 11.8 11.1

230 / 50 11.8 11.1

264 / 63 11.8 11.4

QC 3.0 12

90 / 47 15.1 14.6

< 16.00 115 / 60 15.2 14.8

230 / 50 15.4 14.9

264 / 63 15.4 14.8


13. Over Voltage Protection ( Cont. )

90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PPS Mode: 3.3 V / 0 A



90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PPS Mode: 3.3 V / 2.951 A



90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 5 V / 0 A



90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 5 V / 3 A



90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 9 V / 0 A



90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 9 V / 3 A



90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

QC 3.0 Mode: 12 V / 0 A



90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

QC 3.0 Mode: 12 V / 2.25 A


14. Ripple & Noise Voltage




Bandwidth 20 MHz ( with 10 µF E-cap & 0.1 µF MLCC )

Requirement < 80 m V

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

VBUS,PK-PK

( mV ) Requirement

( mV ) 0 A 3 A

PD 3.0

5

90 / 47 48.0 46.4

< 80 115 / 60 52.0 44.8

230 / 50 54.4 37.6

264 / 63 52.0 52.8

9

90 / 47 40.0 68.8

< 80 115 / 60 40.8 56.8

230 / 50 43.2 72.8

264 / 63 39.2 67.2


90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 5 V / 3 A

14. Ripple & Noise Voltage ( Cont. )



90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 5 V / 0 A


90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 9 V / 3 A



90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 9 V / 0 A



15. Dynamic Load


Output Current 0 ↔ 100 % of Full Load ( 0 A ↔ 3 A )

Frequency of Load 100 Hz ( 5 mS High / 5 mS Low )

Slew Rate of Load 2.5 A / µS


Requirement < ± 10 % of VBUS,SET

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

VBUS,PCB

( V ) Requirement

( V ) Min. Max.

PD 3.0

5

90 / 47 4.60 5.26

4.5 ~ 5.5 115 / 60 4.62 5.26

230 / 50 4.66 5.23

264 / 63 4.66 5.22

9

90 / 47 8.55 9.32

8.1 ~ 9.9 115 / 60 8.58 9.32

230 / 50 8.66 9.28

264 / 63 8.66 9.27


15. Dynamic Load ( Cont. )

90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 5 V


15. Dynamic Load ( Cont. )

90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 9 V


16. Turn-on Delay Time




Voltage End of PCB

Requirement < 1 S

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

TON

( S ) Requirement

( S ) 0 A 3 A

PD 3.0 5

90 / 47 0.2982 0.2982

< 1 115 / 60 0.2782 0.2782

230 / 50 0.2612 0.2612

264 / 63 0.2552 0.2552


16. Turn-on Delay Time ( Cont. )

90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 5 V / 3 A


16. Turn-on Delay Time ( Cont. )

90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 5 V / 0 A


17. Hold-up Time


Output Current Full Load


Voltage End of PCB

Angle of AC Off 0。

Requirement > 10 mS @ Typical AC Input

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

THOLD-UP

( mS )

Requirement

( mS )

PD 3.0 9

90 / 47 5.608

115 / 60 13.250 > 10

230 / 50 66.840 > 10

264 / 63 73.440


17. Hold-up Time ( Cont. )

90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 9 V / 3 A


18. Rise Time & Overshoot


Output Current No Load


Voltage End of PCB

Requirement Rise Time < 5 mS

Overshoot < 10 %

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

TRISE

( mS )

Requirement

( mS )

PD 3.0 5

90 / 47 0.1145

< 5 115 / 60 0.1155

230 / 50 0.1147

264 / 63 0.1154

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

Overshoot

( % )

Requirement

( % )

PD 3.0 5

90 / 47 2.308

< 10 115 / 60 1.538

230 / 50 2.308

264 / 63 1.538


18. Rise Time & Overshoot ( Cont. )

90 VAC / 47 Hz 115 VAC / 60 Hz

230 VAC / 50 Hz 264 VAC / 63 Hz

PD 3.0 Mode: 5 V / 0 A


19. AC Brown-in



Voltage End of PCB

Requirement < 85 VAC

Mode VBUS,SET

( V )

VBROWN-IN

( V ) Requirement

( VAC ) 0 A 3 A

PD 3.0 5 79.1 78.8 < 85

0 A 3 A

PD 3.0 Mode: 5 V


20. AC Brown-out



Voltage End of PCB

Requirement < 85 VAC

Mode VBUS,SET

( V )

VBROWN-OUT

( V ) Requirement

( VAC ) 0 A 3 A

PD 3.0 5 73.7 74.0 < 85

0 A 3 A

PD 3.0 Mode: 5 V


21. Supply Voltage of IC


Output Current No Load & Full Load ( 3.3 V: 2.951 A / 12 V: 2.250 A )

Requirement > VCC_OFF & < VCC_OVP

Mode VBUS,SET

( V )

VIN,AC

( V / Hz )

VCC,U1

( V ) Requirement

( V ) No Load Full Load

Min. Max. Min. Max.

PPS 3.3

90 / 47 13.0 14.6 16.6 17.6

> 9.7 115 / 60 13.0 14.6 16.6 17.8

230 / 50 13.0 14.6 17.2 18.2

264 / 63 13.0 14.6 17.2 18.2

QC 3.0 12

90 / 47 44.8 48.4 53.2 55.6

< 68 115 / 60 44.8 48.4 52.0 54.8

230 / 50 44.8 48.4 52.8 55.2

264 / 63 44.8 48.4 52.8 55.2


22. Stress on Switching Parts

Input Voltage 264 VAC / 63 Hz


Requirement Defined by Different Parts

Location Part No. Mode Condition VBUS,SET

( V )

IOUT

( A )

VDS

( V )

Requirement

( V )

Q1 SMK1065F QC 3.0 Normal 12 2.25 548 < 612

( 680 * 0.9 ) PD 3.0 Turn-on 5 0 456

Q2 AP9474GM-

HF

QC 3.0 Normal 12 2.25 54.4 < 57

( 60 * 0.95 ) PD 3.0 Turn-on 5 0 46.4


22. Stress on Switching Parts ( Cont. )

Q1_12 V / 2.25 A_Normal Q1_5 V / 0A_Turn-on

Q2_12 V / 2.25 A_Normal Q2_5 V / 0A_Turn-on


23. Flux Density of Transformer


Output Current Full Load & Maximum Power

Requirement 90 % of Rating

Mode VBUS,SET

( V )

IOUT

( A )

VIN,AC

( V / Hz )

IPRI,MAX

( A )

BMAX

( G )

Requirement

( G )

PD 3.0 9

3 90 / 47 1.140 2,969

< 3,780

( 4,200 * 0.90 )

264 / 63 0.992 2,583

3.465 90 / 47 1.340 3,490

264 / 63 1.060 2,760


23. Flux Density of Transformer ( Cont. )

9 V / 3 A _90 VAC / 47 Hz 9 V / 3 A_264 VAC / 63 Hz

9 V / 3.465 A_90 VAC / 47 Hz 9 V / 3.465 A_264 VAC / 63 Hz


24. EMI

PD 3.0 Mode: 9 V / 3 A

120 VAC / 60 Hz / Line 120 VAC / 60 Hz / Neutral

Conduction:


24. EMI ( Cont. )

PD 3.0 Mode: 9 V / 3 A


Conduction:


24. EMI ( Cont. )

PD 3.0 Mode: 5 V / 3 A


Conduction:


24. EMI ( Cont. )

PD 3.0 Mode: 9 V / 3 A

120 VAC / 60 Hz / Vertical 120 VAC / 60 Hz / Horizontal

Radiation:


24. EMI ( Cont. )

PD 3.0 Mode: 9 V / 3 A


Radiation:


24. EMI ( Cont. )

PD 3.0 Mode: 5 V / 3 A


Radiation:


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27 W PD 3.0 / QC 4.0 + / PPS LD5763 & LD8523 & LD6610

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Transcript of 27 W PD 3.0 / QC 4.0 + / PPS LD5763 & LD8523 & LD6610