Panasonic PGA26E07BA-SWEVB006 Скачать руководство пользователя | Manualshive

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PGA26E07BA-SWE

VB006 Ver. 1.2

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PGA26E07BA-SWEVB006
Chopper Evaluation Board consisting:

1. PGA26E07BA 600V 56

mΩ X-GaN Power Transistor

2. AN34092B Single channel X-GaN Gate Driver IC

For evaluation of X-GaN Power Transistor and Driver switching characteristics

The  products  and  product  specifications  described  in  the
document are subject to change without notice for modification
and/or  improvement.  At  the  final  stage  of  your  design,
purchasing,  or  use  of the  products,  please request for the up-
to-date Product Standards in advance to ensure that the latest
specifications meet your requirements.

Panasonic Semiconductor Solutions Co. Ltd.

1 Kotari-yakemachi, Nagaokakyo, Kyoto 617-8520, Japan

http://www.semicon.panasonic.co.jp/en/

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Содержание PGA26E07BA-SWEVB006

Страница 1: ...he products and product specifications described in the document are subject to change without notice for modification and or improvement At the final stage of your design purchasing or use of the products please request for the up to date Product Standards in advance to ensure that the latest specifications meet your requirements Panasonic Semiconductor Solutions Co Ltd 1 Kotari yakemachi Nagaoka...

Страница 2: ...tures 3 Description of the Evaluation Board 4 Recommended Operating Conditions 4 Schematic Diagram 5 Bill of Materials 5 Appearance 7 PCB Layout 8 Test circuits 9 Equipment 10 Measurement Procedures 11 Measurement Results 13 Important Notice 15 ...

Страница 3: ...safe operation negative voltage source active miller clamp Facilitate gate drive design high precision gate current source X GaN Transistor Blocking Voltage 600V Pulse Peak IDS 61A IDS cont 31A RDS on typ 56mΩ Normally Off Device Source2 Source1 Source Drain Gate PGA26E07BA AN34092B Propagation Delay 30ns ...

Страница 4: ...ed Operating Conditions Table 1 shows the operating conditions used to achieve the switching performance reported in the Measurement Result All the components used in the evaluation board are rated for the recommended operating conditions only Please read the measurement procedure before starting the evaluation It is necessary to refer to the X GaN transistor and driver datasheet when using this u...

Страница 5: ...ation Part Number Manufacturer Package Chip Resistor R1 8 2Ω ERJ3GEYJ8R2V Panasonic SMD1608 R3 1 0Ω ERJ3GEYJ1R0 Panasonic SMD1608 R5 39kΩ ERJ3EKF3902V Panasonic SMD1608 R9 47kΩ ERJ3EKF4702V Panasonic SMD1608 R12 47mΩ RL7520WR R047 F Susumu SMD3008 Chip Capacitor C0 2 2uF 450V ECWFE2W225K Panasonic Radial Thru Hole C1 0 47uF 630V C5750X7T2J474K TDK SMD5750 C2 2200pF 50V GRM1885C1H222JA01 Murata SMD...

Страница 6: ...25 C10 0 1uF 50V GRJ188R71H104KE11D Murata SMD1608 Rectifier Diode D1 1200V 12A C4D08120E CREE TO 252 DPAK Inductor L1 95uH LHDM010101DYBV1E Nippon Chemicon Screw Terminal CON1 OP 045 M4 Osada Terminal Block CON2 1727052 Phoenix Contact Semi rigid SMA PJ X UT47 63 APEX Technology GaN Transistor Q1 600V 56mΩ PGA26E07BA Panasonic SMD 8x8 Gate Driver IC1 Gate driver AN34092B Panasonic QFN 4x4 ...

Страница 7: ... Figure 3 Bottom Side View R12 Q1 Drain current sense resistor DC power Input terminal Pulse generator Input terminal Non inverting input L1 Inductor DC power Input terminal Inverting input is connected to GND DC power Input terminal D1 Rectifier Diode IC1 X GaN Driver IC AN34092B Q1 GaN Transistor C1 Input Capacitor C0 Input Capacitor ...

Страница 8: ... 4 Top Layer Figure 5 Bottom Layer Pulse generator connection points DC power connection points DC power connection points P N DC power connection points Pulse generator connection points GND VCC DC power connection points IN GND P N IN GND GND VCC ...

Страница 9: ...ual evaluation board with all the terminals for connecting to the equipment For detail description of the connection refer to Measurement Procedures on page 11 Figure 6 Setup of Evaluation Environment Figure 7 Connectors of Evaluation Board Top View Full View DC power DC power 12V Pulse Generator Coil wire for VDS monitoring Coil wire for VGS monitoring ...

Страница 10: ... Takasago ZX 400H 2 DC Power OUTPUT DC18V 1 5A Kenwood PW18 3 Pulse Generator Agilent 33220A 4 Oscilloscope Tektronix DPO7104C 5 Probe TCP0030 Current Probe P6139B Voltage Probe Use only burst mode function from the pulse generator Do not use continuous pulse mode as this will cause damage to the components and evaluation board For VGS and VDS monitoring use the coil wire mounted on the evaluation...

Страница 11: ...9 Double Pulse Profile Again ensure that the pulse generated occurs only in the burst mode If the pulse is generated continuously the transistor will be damaged by high current flows Set the DC power to 12V gradually Check VGS waveform when a double pulse is inputted from pulse generator Please carry out this step with DC power is set to 0V Then the voltage of DC power is gradually increased from ...

Страница 12: ... terminals has fully discharged There is risk of electric shock due to the residual charge Measurement of dV dt for Turn On Off Switching Characteristics The range used is 10 90 IL condition is set at 2 5A 5A 10A 15A with 16 times averaging Therefore the dv dt at turn on 320V T on and the dv dt at turn off 320V Toff Figure 10 Measurement of dv dt Figure 11 Measurement points VDS probe connection V...

Страница 13: ... dt 123 1 V ns dV dt 114 1 V ns Turn OFF dV dt 14 9 V ns dV dt 31 3 V ns Results are for reference only and measured data maybe different depending on evaluation environment VGS 4V div IL 5A div VDS 100V div Time scale 10ns div 5GS s Time scale 10ns div 5GS s Time scale 10ns div 5GS s Time scale 10ns div 5GS s VGS 4V div IL 5A div VDS 100V div VGS 4V div IL 5A div VDS 100V div VGS 4V div IL 5A div...

Страница 14: ... dt 92 8 V ns Turn OFF dV dt 62 9 V ns dV dt 94 3 V ns Time scale 10ns div 5GS s Time scale 10ns div 5GS s Time scale 10ns div 5GS s Time scale 10ns div 5GS s VGS 4V div IL 5A div VDS 100V div VGS 4V div IL 5A div VDS 100V div VGS 4V div IL 5A div VDS 100V div VGS 4V div IL 5A div VDS 100V div ...

Страница 15: ...infringement upon any such right owned by any other company which may arise as a result of the use of technical information described in this document Caution The evaluation board carries hazardous high voltage Do not touch when power is applied Otherwise it may cause severe injury disability or death Electric charge may be accumulated in the capacitors To prevent electrical shock please ensure al...

Страница 16: ...PGA26E07BA SWEVB006 Ver 1 2 16 ...

Страница 17: ...ed in this book for any special application 4 The products and product specifications described in this book are subject to change without notice for modification and or improvement At the final stage of your design purchasing or use of the products therefore ask for the most up to date Product Standards in advance to make sure that the latest specifications satisfy your requirements 5 When design...

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