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Infineon CoolGaN IGI60F1414A1L, Manual, Page: 24 / 27

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Infineon CoolGaN IGI60F1414A1L Manual Download Page 24

  

Application Note 

24 of 27 

V 1.0  

                                                                                                                                                                                                                                                                     2021-04-30  

CoolGaN™ IPS half-bridge evaluation board with IGI60F1414A1L 

  

Bill of materials 

   

7

 

Bill of materials 

The following table describes all of the components on the PCB. 

Table 3

 

PCB BOM 

Designator 

Description 

Quantity 

Vendor 

C1, C2, C4, C5, C11, C13, 

C14 

CAP CER 0.1UF 25V X7R 0603 

7 

490-16477-1-ND 

C3, C17 

CAP CER 2200PF 25V NP0 0603 

2 

399-15381-1-ND 

C6 

CAP CER 1UF 16V X7R 0603 

1 

311-1446-1-ND 

C7, C12, C20 

CAP CER 1UF 450V X7T 2220 

3 

445-6841-1-ND 

C8, C16 

CAP CER 10UF 16V X5R 0603 

2 

490-12736-1-ND 

C9, C15 

CAP CER 330PF 16V C0G/NP0 0603 

2 

399-10047-1-ND 

C10 

CAP CER 0.022UF 16V X7R 0603 

1 

399-1093-1-ND 

C18, C19 

CAP ALUM 68UF 20% 450V  

2 

1189-4260-ND 

D1, D3, D4, D5, D8, D9, 

D10, D11 

DIODE SCHOTTKY 30V 200MA SOD323 

8 

BAT54HT1GOSCT-ND 

D2 

DIODE ES1JL 600V 1A Sub SMA  Fast 
Recovery 

3 

ES1JLR3GCT-ND 

D6,D7 

DIODE GEN PURP 600V 1A Sub_SMA Fast 
Recovery, Diode (Not Populated) 
 

3 

ES1JLR3GCT-ND 

J1, J2 

CONN MMCX JACK STR 50 OHM PCB 

2 

WM9481-ND 

LED1, LED2, LED3 

LED GREEN CLEAR 0805 SMD 

3 

 732-4986-1-ND 

P1 

CONN HEADER VERT 4POS 2MM 

1 

0877580417-ND 

R1, R10 

SMD 2.2K OHM 1% 1/10W 0603 

2 

P2.20KHCT-ND 

R2 

SMD 1.2K OHM 1% 1/10W 0603 

1 

P1.20KHCT-ND 

R3, R20 

SMD 3.3 OHM 1% 1/10W 0603 

2 

P3.3GCT-ND 

R4 

SMD 33K OHM 1% 1/10W 0603 

1 

P33.0KHCT-ND 

R5, R19 

SMD 47 OHM 1% 1/10W 0603 

2 

P47.0HCT-ND 

R6, R17 

SMD 820 OHM 1% 1/10W 0603 

2 

P820HCT-ND 

R7, R18 

SMD 22K OHM 1% 1/10W 0603 

2 

P22.0KHCT-ND 

R8, R16 

TRIMMER 1K OHM 0.25W PC PIN TOP 

2 

3266W-1-102LF 

R9 

SMD 330 OHM 1% 1/10W 0603 

1 

P330HCT-ND 

R11, R12, R13, R14 

SMD 200 OHM 1% 1/10W 0603 

4 

P200HCT-ND 

R15 

SMD 0 OHM 1% 1/10W 0805 

1 

P0.0ACT-ND 

R21, R23 

SMD 2.2M OHM 5% 1W 2512 

2 

541-2.2MXCT-ND 

R22 

SMD 2.2 OHM 1% 1/10W 0603 

1 

P2.2AJCT-ND 

T1 

Transformer ICE1235 

1 

N/A 

U1 

IC DVR H-BRIDGE 3W 8-SOIC 

1 

MAX256ASA-ND 

U2 

Infineon CoolGaN™  IGI60F1414A1L 

1 

Infineon 
IGI60F1414A1L 

U3 

IC GATE AND 1CH 2-INP SOT-353 

1 

 74AHCT1G08SE-7DICT-
ND 

U4 

IC SINGLE INVERTER GATE SOT353 

1 

 74AHCT1G04SE-7DICT-
ND 

X1 

8 way connector 

1 

WM7842-ND 

Summary of Contents for CoolGaN IGI60F1414A1L

Page 1: ...c that provides adjustable dead time Additionally the board provides direct access to the logic inputs of the CoolGaN IPS chipset to drive the chipset with an external microcontroller or digital signa...

Page 2: ...de gate driver 7 3 4 Half bridge output circuit 8 4 Setup and use 9 4 1 Test equipment needed 9 4 2 Connections to the terminal block 9 4 2 1 Connections for double pulse testing 10 4 2 2 Connections...

Page 3: ...The output and bus voltage can range up to 450 V which is limited by the capacitor rating This half bridge can switch continuous currents of 4 A and peak currents of 10 A hard or soft switching Depen...

Page 4: ...utput An oscilloscope is used to observe and measure the inductor current with a current probe switch node voltage or any other signal on the hardware board Table 2 includes all the available test poi...

Page 5: ...node is connected to Vin Make sure that the jumpers on P1 header is placed to apply the PWMs to the IPS chipset shown in Figure 5 The outputs can be observed from TP1 and TP2 Figure 4 Input logic and...

Page 6: ...t is user s responsibility to make sure that simultaneous turn on for both high and low signal will not happen In case of using microcontroller PWM a minimum deadtime of 50 nS is recommended Figure 5...

Page 7: ...gate driver is supplied by the isolated gate driver power supply VDD_LS with about 8 V The RRC network for this channel consist of R17 R19 and C17 Additionally a fast turn off circuit including D9 an...

Page 8: ...o discharge the DC bus capacitors after disconnecting from the source Attention Do not rely on the lab power supply discarding capability when shutting it off Always ensure that the capacitors are dis...

Page 9: ...nd keep them below 450 V Use lab test power supply with current limit and set it in a proper value to avoid catastrophic damage to the board in case of any failure Eye and ear protection is recommende...

Page 10: ...he PWM applied to the J1 If a resistive load is applied and the inductor current is above the boundary condition continuous current mode then the high side will turn on in a hard switching condition T...

Page 11: ...t descriptions Test point label Description TP1 Input to the high side logic of the IPS INH TP2 Input to the low side logic of the IPS INL TP3 PWM input parallel to J1 Typical levels here should be 0...

Page 12: ...pply 4 6 Verifying and adjusting deadtime For adjusting and trimming the deadtime refer to section 4 6 in reference 1 Figure 12 and Figure 13 show the adjusted 100 ns deadtime in rising and falling ed...

Page 13: ...the next step adding the external inductor for desired test topology This example shows how to setup the board for buck topology testing Before powering up you may want to observe the gate voltages Fi...

Page 14: ...he inductor current Note that both the gate and drain voltages are clean with minimal ringing or overshoot even though the switching speed is fast Temperature of the chipset and heatsink can be monito...

Page 15: ...ng 125 C on chipset case temperature To increase the power dissipation capability of the chipset a heatsink can be attached to the bottom side of the PCB in the marked area beneath the chipset shown i...

Page 16: ...C bus the output settles at 200 V and the peak peak current will be about 5 AMP The expanded view is shown in Figure 20 Both high and low side GaN transistors are operating in ZVS mode with about 8 V...

Page 17: ...drive the half bridges with Sine PWM unipolar pattern The generated output line frequency is 60 Hz and the switching frequency is 65 kHz For this test there is no closed loop control only open loop in...

Page 18: ...Application Note 18 of 27 V 1 0 2021 04 30 CoolGaN IPS half bridge evaluation board with IGI60F1414A1L Setup and use Figure 22 Inverter setup with two half bridge evaluation boards...

Page 19: ...ote 19 of 27 V 1 0 2021 04 30 CoolGaN IPS half bridge evaluation board with IGI60F1414A1L Setup and use Figure 23 Inverter setup with two half bridge evaluation boards Figure 24 Inverter voltage and c...

Page 20: ...Application Note 20 of 27 V 1 0 2021 04 30 CoolGaN IPS half bridge evaluation board with IGI60F1414A1L Setup and use Figure 25 Thermal image of the half bridge A...

Page 21: ...lication Note 21 of 27 V 1 0 2021 04 30 CoolGaN IPS half bridge evaluation board with IGI60F1414A1L Complete schematic 5 Complete schematic Figure 26 Schematic of CoolGaN IPS half bridge evaluation bo...

Page 22: ...IPS half bridge evaluation board with IGI60F1414A1L PCB layout 6 PCB layout The evaluation board is 1 3 mm thick with 4 layers 70 m thick copper The layer stackup is depicted below Figure 27 Top laye...

Page 23: ...Application Note 23 of 27 V 1 0 2021 04 30 CoolGaN IPS half bridge evaluation board with IGI60F1414A1L PCB layout Figure 29 Lower middle copper layer Figure 30 Bottom copper layer...

Page 24: ...y Diode Not Populated 3 ES1JLR3GCT ND J1 J2 CONN MMCX JACK STR 50 OHM PCB 2 WM9481 ND LED1 LED2 LED3 LED GREEN CLEAR 0805 SMD 3 732 4986 1 ND P1 CONN HEADER VERT 4POS 2MM 1 0877580417 ND R1 R10 SMD 2...

Page 25: ...n Note 25 of 27 V 1 0 2021 04 30 CoolGaN IPS half bridge evaluation board with IGI60F1414A1L References 8 References 1 Application note on CoolGaN 600 V half bridge evaluation platform featuring EiceD...

Page 26: ...Note 26 of 27 V 1 0 2021 04 30 CoolGaN IPS half bridge evaluation board with IGI60F1414A1L Revision history Revision history Document version Date of release Description of changes V 1 0 30 04 2021 Fi...

Page 27: ...intellectual property rights of any third party with respect to any and all information given in this application note The data contained in this document is exclusively intended for technically trai...

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