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   |   COPYRIGHT 2018

Demonstration System EPC9129

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Table 4: Bill of Materials - Amplifier Board

Item

Qty Reference

Part Description

Manufacturer

Part #

1

3

C1a, C1b, C80

1 µF, 10 V

TDK

C1005X7S1A105M050BC

2

14

C2a, C2b, C4a, C4b, C5a, C5b, C70, C71, C72, C77, 

C78, C81, C130, C220

100 nF, 16 V

Würth

885012205037

3

3

C3a, C3b, C95

22 nF, 25 V

Würth

885012205052

4

10

C6a, C6b, C7a, C7b, C31, C32, C44, C75, C76, C82

22 pF, 50 V

Würth

885012005057

5

6

C11a, C11b, C12a, C12b, C13a, C13b

10 nF, 100 V

TDK

C1005X7S2A103K050BB

6

8

C14a, C14b, C15a, C15b, C16a, C16b, C17a, C17b

1 µF, 100 V

TDK

C2012X7S2A105K125AB

7

1

C21 (not populated)

680 pF, 50 V

Murata

GRM155R71H681KA01D

8

1

C73 (not populated)

22pF, 50 V

Würth

885012005057

9

2

C133, C223 (not populated)

1 nF, 50 V

Murata

GRM1555C1H102JA01D

10

1

C22

390 pF, 50 V

Murata

GRM1555C1H391GA01D

11

2

C30, C50

100 nF, 100 V

Murata

GRM188R72A104KA35D

12

2

C33, C53

10 nF, 50 V

Murata

GRM155R71H103KA88D

13

1

C51

0.82 µF, 10 V

Murata

GRM155R61A824KE15D

14

1

C52

100 pF

Murata

GRM1555C1H101JA01D

15

1

C54

22 nF,  50 V

Murata

GRM155R71H223KA12D

16

1

C55

1 µF,  25 V

TDK

C1005X5R1E105M050BC

17

3

C61, C62, C63

22 µF,  35 V

TDK

C3216JB1V226M160AC

18

2

C64, C65

4.7 µF, 100 V

TDK

CGA6M3X7S2A475M200AB

19

1

C67 (not populated)

10 nF, 100 V

TDK

C1608X7R2A103K080AA

20

3

C90, C91, C92

1 µF, 25 V

Würth

885012206076

21

2

C131, C221

1 nF, 50 V

Murata

GRM1555C1H102JA01D

22

2

Czvs1, Czvs2

1 µF, 50 V

Würth

885012207103

23

1

D1

25 V, 11 A

Littelfuse

SMAJ22A

24

3

D1a, D1b, D95

40 V, 300 mA

ST

BAT54KFILM

25

13

D2a, D2b, D3a, D3b, D21, D40, D41, D42, D71, D72, 

D76, D77, D78

40 V, 30 mA

Diodes Inc.

SDM03U40

26

2

D4a, D4b

5 V1, 150 mW

Comchip Technology

CD0603-Z3V9

27

1

D35

LED 0603 yellow

Lite-On

LTST-C193KSKT-5A

28

1

D36

LED 0603 green

Lite-On

LTST-C193KGKT-5A

29

1

D37

LED 0603 red

Lite-On

LTST-C193KRKT-5A

30

1

D47

40 V, 30 mA

Diodes Inc.

SDM03U40-7

31

1

D60

200 V, 3 A

On Semiconductor

NRVBS3200T3G

32

1

D67 (not populated)

200 V, 1 A

Diodes Inc.

DFLS1200

33

1

D90

40 V, 1 A

Diodes Inc.

PD3S140-7

34

1

D221

3 V9, 150 mW

Bournes

CD0603-Z3V9

35

3

GP1a, GP1b, GP60

.1" male vert.

Würth

61300111121

36

1

J1

.156" male vert.

Würth

645002114822

37

1

J2

SMA board edge

Linx

CONSMA003.062

38

7

J70, J75, J76, JP1, JP50, JP70, JP71

.1" male vert.

Würth

61300211121

39

1

JMP1

DNP

40

2

JP10, JP72

Jumper 100

Würth

60900213421

41

1

L60

100 µH, 3 A

CoilCraft

MSD1514-104KE

42

1

L80

10H, 150 mA

Taiyo Yuden

LBR2012T100K

43

1

L90

47 µH, 250 mA

Würth

7440329470

44

1

Lsns (not populated)

82 nH

CoilCraft

1515SQ-82NJEB

45

2

Lzvs1, Lzvs2

500 nH

CoilCraft

2929SQ-501JE

46

1

Lzvs12 (not populated)

DNP

CoilCraft

47

1

P25 (not populated)

10 kΩ

Murata

PV37Y103C01B00

48

4

P71, P72, P77, P78 (not populated)

1 kΩ

Murata

PV37Y102C01B00

49

4

Q1a, Q1b, Q2a, Q2b

100 V, 160 mΩ

EPC

EPC8010

50

2

Q3a, Q3b

100 V, 3300 mΩ

EPC

EPC2038

Содержание EPC9129

Страница 1: ...Demonstration System EPC9129 Quick Start Guide 6 78MHz 33WClass4WirelessPowerSystem usingEPC8010 EPC2038 EPC2019 EPC2016C Revision 1 0...

Страница 2: ...r based on the limits of 3 parameters coil current DC power delivered to the ZVS class D amplifier and maximum operating voltage of the ZVS class D amplifier The coil current has the lowest priority f...

Страница 3: ...fier supply after removing the jumper at location JP1 and inserting the jumper into location JP50 to disable the pre regulator followed by connecting the main positive supply to the bottom pin of JP1...

Страница 4: ...in the single ended mode Using an external pull down with floating collector drain connection will have the same effect The external transistor must be capable of sinking 25 mA and withstand at least...

Страница 5: ...nd 2 A for the EPC9514 The EPC9513 and EPC9514 device boards come equipped with Kelvin connections for easy and accurate measurement of the un regulated and regulated output voltages The rectified vol...

Страница 6: ...raditional silicon devices their relatively smaller size does magnify the thermal managementrequirements Theoperatormustobservethetemperature ofthegatedriverandeGaNFETstoensurethatbothareoperatingwith...

Страница 7: ...onnection Tuning network Class 3 coil f 6 78 MHz ON OFF KEY modulation Figure 5 Schematic diagram of the EPC9513 and EPC9514 demo board Load Device coil Un Regulated DC output Tuning Network Rectifier...

Страница 8: ...V V Figure 8 Proper connection and measurement setup for the amplifier board 17 24 VDC VIN supply note polarity Source coil connection External oscillator Switch node main oscilloscope probe Switch no...

Страница 9: ...on Q1turn off VAMP 0 time ZVS Partial ZVS ZVS diode conduction Q1turn on Q2turn off VAMP 0 time ZVS Partial ZVS ZVS diode conduction Figure 10 AirFuel Category 5 device board Disable Regulator Coil Co...

Страница 10: ...ed 10 nF 100 V TDK C1608X7R2A103K080AA 20 3 C90 C91 C92 1 F 25 V W rth 885012206076 21 2 C131 C221 1 nF 50 V Murata GRM1555C1H102JA01D 22 2 Czvs1 Czvs2 1 F 50 V W rth 885012207103 23 1 D1 25 V 11 A Li...

Страница 11: ...X 75 1 R53 12 Panasonic ERJ 2RKF12R0X 76 1 R54 0 Yageo RC0402JR 070RL 77 1 R55 23 2 k Panasonic ERJ 2RKF2322X 78 1 R57 160 k Panasonic ERJ 3EKF1603V 79 1 R58 33 k Panasonic ERJ 3GEYJ333V 80 1 R60 20 m...

Страница 12: ...gory 3 Coil NuCurrent NC20 R070L03E 079 063 0R71 24 1 J3 1 Male Vert SMD 2 x 2 Amphenol FCI 95278 101A04LF 25 2 L60 L61 Inductor 22 H 4 3 A Vishay Dale IHLP3232DZER220M11 26 1 L90 Inductor 10 H 150 mA...

Страница 13: ...mW Nexperia BZX84 C2V7 215 21 1 D86 LED 0603 Red Lite On LTST C193KRKT 5A 22 1 D87 43 V 250 mW Nexperia BZX84 C43 215 23 1 D88 44 V 51 6 A Littelfuse SMDJ36A 24 1 GP60 1 Male Vert W rth 61300111121 25...

Страница 14: ...peration Only Pre Regulator Disconnect SMD probe loop 1 TP1 SMD probe loop 1 TP2 Vamp VAMP 5 V G ND Lin OUT Hin a EPC9512_SE_ZVSclassD_Rev 3_1 SchDoc 500nH Lzvs1 500 nH Lzvs2 TBD Lzvs12 EMP TY 1 F 50...

Страница 15: ...4 7 F 100 V C65 10 H 150 mA L80 Isns Vout Comp 1 2 R30 EMP TY Icoil 100nF 100 V C50 10 1 2 R50 1 1 Male Vert GP60 1 ProbeHole PH60 20 1 2 R82 100 nF 16 V C81 100nF 100 V C30 22pF 50 V C44 22 pF 50 V C...

Страница 16: ...3U40 22 nF 25 V C3 GND 5 V OUT Vamp Out GU GL Out 10 nF 100 V 10 nF 100 V 10 nF 100 V C11 C12 Vamp Vamp Vamp VAMP GND Hin Lin Hin Lin 1 ProbeHole PH1 Ground Post 1 1 Male Vert GP1 4 7 1 2 R4 100 nF 16...

Страница 17: ...35 V C64 0 1 2 R54 100 V 3 A D60 STPS3H100UF Vfdbk Isns C63 6 2 3 EP 4 5 LDO VREF VSS 1 VDD U90 UCC27611DRV Isns Isns Isns Isns 10 H 150 mA L90 Isns Comp 100 nF 100 V C50 10 1 2 R50 1 GP60 1 ProbeHol...

Страница 18: ...6 V C91 22 pF 50 V C92 5VGD 5VGD 1 F 25 V C55 2 49 M1 1 2 R57 150 k 1 1 2 R58 UVLO 7 5 Bias Osc 4 8 Pgnd 1 275 V Cnt FA Sync SD FB Comp 10 6 Agnd Isens Vin 3 1 DR 2 9 UVLO U50 LM3481MM NOPB 44V 51 6 A...

Страница 19: ...e online com EPC would like to acknowledge Johanson Technology www johansontechnology com for their support of this project Information on the capacitors used in this kit can be found at http www joha...

Страница 20: ...rcompliancewiththeEuropeanUniondirectiveonelectromagneticcompatibilityoranyothersuchdirectivesorregulations Asboard builds are at times subject to product availability it is possible that boards may c...

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