IEPC EPC90132 Quick Start Manual Download Page 9

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EPC90132

EP

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VER

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Figure 11:  EPC90132 main schematic

FD1

PCB Fi ducial

GND

12 VDC

V dd12

Logic Supply

GND

V dd12

1 μF, 25 V

C11

5 V Logic Regulator

PWM1

PWM2

GND

SW Output

Main Supply Input

GND

Sync Buck Output

V CC

GND

FD2

PCB Fi ducial

FD3

PCB Fi ducial

V OUT

GND

VCC

In1

In2

Qup

Qlow

DT

AP1010_Rev2_1_GeneralDeadtime.SCHDOC

5V

G

N

D

V CC

V 1

AP1006_Rev1_0_12Vto5VlinPSU.SCHDOC

GND

PWM1

PWM2

L IN

HIN

Dead-time and buffers

TP2

SMD Probe loop

TP1

TP4

SMD Probe loop

SMD Probe loop

SMD Probe loop

TP3

Power Stage

Gate Driver

GND

GND

V SW

GND

GND

V IN

V IN

GND

GND

V SW

V SW

Upper Gate

0 Ω

R11

EMPT Y

VGu

0 Ω

R22

EMPT Y

V Gl

Lower Gate

GND GND

V SW

Switch-node

GND

GND

SO1

Standoff M2

9774010243R

SO2

Standoff M2

9774010243R

SO3

Standoff M2

9774010243R

Heatspreader Mount

GND

V GuH

V GlH

V GlL

V GuL

GND

PWMH

PWML

V SW

V GuH

V GlH

V GuL

V GlL

V Gl

GD

AP1017_Rev1_2_100VBGA_GateDriverWboot.SCHDOC

VCC

VCC

VCC

GND

GND

V IN

V GuH

V GlH

SW

V GuL

V GlL

V Gu

V Gl

PS

EPC2055_Rev1_0_PhaseLeg.SCHDOC

V OUT

V Gu

V Gl

Signal Inputs

Intermediate Capacitors

Cm7

Cm8

Cm9

Cm10

GND

GND

Cm1

4.7 uF, 50 V

4.7 uF, 50 V

4.7 uF, 50 V

4.7 uF, 50 V

4.7 uF, 50 V

4.7 uF, 50 V

4.7 uF, 50 V

4.7 uF, 50 V

4.7 uF, 50 V

4.7 uF, 50 V

Cm2

GND

Cm3

GND

Cm4

GND

Cm5

GND

Cm6

GND

GND

GND

GND

VIN

VIN

VIN

VIN

VIN

VIN

VIN

VIN

VIN

VIN

1

2

3

5

7

4

6

8

J3A

9

10

11

13

15

12

14

16

J3B

17

18

19

21

23

20

22

24

J3C

V IN

V SW

GND

V IN

V IN

V IN

V IN

V IN

V IN

V IN

V SW

V SW

V SW

V SW

V SW

V SW

V SW

GND

TBD

Cout

EMPT Y

TBD

L 1

EMPT Y

.1" Male Vert.

1

2

J90

.1" M ale Vert.

1

2

3

4

J80

.1" M ale Vert.

1

2

J22

EMPT Y

Vert. M MCX

J1

Vert. M MCX

J2

EMPT Y

.1" M ale Vert.

1

2

J33

EMPT Y

Vert. M MCX

J32

EMPT Y

7.62 mm Euro Term

1

2

J9

EMPT Y

0  Ω

R90

ATTENTION

ELECTROSTATIC

SENSITIVE DEVICE

ATTENTION

ELECTROSTATIC

SENSITIVE DEVICE

HIGH VOLTAGE

HIGH VOLTAGE

ATTENTION

HOT SURFACE

Summary of Contents for EPC90132

Page 1: ...Development Board EPC90132 Quick Start Guide 40VHalf bridgewithGateDrive UsingEPC2055 Revision 1 0...

Page 2: ...r to their datasheets available from EPC at www epc co com The datasheet should be read in conjunction with this quick start guide Table 1 Performance Summary TA 25 C EPC90132 Symbol Parameter Conditi...

Page 3: ...ions for J630 mode selection as shown in figure 2 a for a single input buck converter blue jumper across pins 1 2 of J630 b for a single input boost converter blue jumpers across pins 3 4 of J630 and...

Page 4: ...ply to VDD J1 Pin 1 and ground return to GND J1 Pin 2 indicated on the bottom side of the board 4 With power off connect the input PWM control signal to PWM1 and or PWM2 according to the input mode se...

Page 5: ...With power off connect the gate drive supply to VDD J1 Pin 1 and ground return to GND J1 Pin 2 indicated on the bottom side of the board 4 With power off connect the input PWM control signal to PWM1...

Page 6: ...differential probe is recommended for measuring the high side bootstrap voltage IsoVu probes from Tektronix has a mating MMCX connector For regular passive voltage probes e g TPP1000 measuring switch...

Page 7: ...it may be necessary add a thin insulation layer for components with expose conductors such as capacitors and resistors The choice of TIM needs to consider the following characteristics Mechanical com...

Page 8: ...andle Red Harwin Inc M50 2020005 18 2 Q1 Q2 40 V 32 A 3 5 m EPC EPC2055 19 1 Q60 100 V 2800 m EPC EPC2038 20 1 R62 27 k Panasonic ERJ 2GEJ273X 21 1 R63 20 Stackpole RMCF0402JT20R0 22 2 R70 R75 2 2 Pan...

Page 9: ...ader Mount GND VGuH VGlH VGlL VGuL GND PWMH PWML VSW VGuH VGlH VGuL VGlL VGl GD AP1017_Rev1_2_100VBGA_GateDriverWboot SCHDOC VCC VCC VCC GND GND VIN VGuH VGlH SW VGuL VGlL VGu VGl PS EPC2055_Rev1_0_Ph...

Page 10: ...VIN VIN VIN VIN VIN VIN HF Loop Capacitors Power Stage SW SS2PH 10 M3 100 V 2 A D1 EMPTY GND SS2PH 10 M3 100 V 2 A D2 EMPTY Optional Diodes SW Ci3 Ci4 Ci5 Ci6 Ci7 1 F 50 V 1 F 50 V 1 F 50 V 1 F 50 V 1...

Page 11: ...VHS1 VSWN Synchronous Boostrap Power Supply 40 V30 mA D63 SDM03U40 27 k R62 40 V30 mA D61 SDM03U40 GND 20 R63 4 7 R60 EMPTY 0 1 F 25 V C61 22 nF 25 V C62 0 1 F 25 V C60 GND 40 V300 mA D77 EMPTY GND GN...

Page 12: ...Single Signal VCC VCC VCC Full By pass No By pass DT By pass In1 In2 InBufQup InBufQlow 100 pF 50 V C625 40 V30 mA D625 SDM03U40 120 1 R625 GND Default 10 ns Default 10 ns DTQup 74LVC1G99G Reconfig Lo...

Page 13: ...IDE EPC90132 EPC POWER CONVERSION TECHNOLOGY LEADER EPC CO COM 2021 13 Figure 15 Logic Supply Regulator schematic GND GND GND MCP1703T 5002E MC OUT GND IN GND U100 1 F 25 V 1 F 25 V C100 C101 VCC GND...

Page 14: ...thatarenotRoHScompliant EfficientPowerConversionCorpora tion EPC makesnoguaranteethatthepurchasedboardis100 RoHScompliant TheEvaluationboard orkit isfordemonstrationpurposesonlyandneithertheBoardnorth...

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