STK621-041A-E データシートの表示（PDF） - SANYO -> Panasonic

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STK621-041A-E

Air Conditioner Three-Phase Compressor Motor Driver IMST Inverter Power Hybrid IC

SANYO -> Panasonic 

STK621-041,621-041A-E

• Built-in level shifter circuit allows CMOS-level input of upper-side device control signals from the same voltage

potential as the lower-side device control signals. This enables direct input of six signals from the control circuit.

• The upper-side pre-driver circuit has reduced power consumption, so the upper-side control power supply can be

configured using a bootstrap circuit (CB, Di). This makes it possible to configure the external control power supply

using only a single lower-side power supply.

• Compact, easy-to-mount single inline (SIP) package.

• Analog signal output pin detects the minus bus line current with a shunt resistor.

AC

STK621-041,

M

STK621-041A-E

Power supply for control

5V power supply

Control signal

control block

Figure Inverter System Configuration

Specifications

Maximum Ratings at Tc = 25°C

Parameter

Symbol

Conditions

Ratings

Unit

Supply voltage

Collector-to-Emitter voltage

Output current

Output peak current

VCC

VCE

IO

Iop

+ to - pins, surge < 500V *1

+ to U (V, W) or U (V, W) to -

+, -, U, V, W pin current

+, -, U, V, W pin current PW=100µs

450

V

600

V

±20

A

±25

A

Control supply voltage

Input signal voltage

FAULT pin voltage

VD1, 2, 3, 4

VIN

VFAULT

VB1 - U, VB2 - V, VB3 - W, and VDD – VSS *2

HIN1, 2, 3, LIN1, 2, 3 pins

FAULT pin

20

V

0 to 7

V

20

V

Maximum power dissipation

Pd

IGBT, per 1 channel

34

W

Junction temperature

Tj

IGBT, FRD junction temperature

150

°C

Storage temperature

Tstg

-40 to+125

°C

Operating temperature

Tc

HIC case temperature

-20 to +100

°C

Tightening torque

MT

A screw portion *3

1.17 N•m

Insulation breakdown voltage

Vis

Sine wave 50Hz AC 1min

2000 VRMS

Unless otherwise specified, the voltage reference for - pins is the VSS pin voltage.

*1 Surge voltage generated by switching operation due to the effects of wiring inductance between + and -.

*2 VD1 = voltage between VB1 and U; VD2 = voltage between VB2 and V; VD3 = voltage between VB3 and

W; VD4 = voltage between VDD and VSS

*3 Heat sink plate-mounting flatness: 0.25mm or less

*4 Test conditions: AC 2500V for 1second

No. A0483-2/13

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