BA612 Rohm, BA612 Datasheet

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BA612

Manufacturer Part Number
BA612
Description
5-channel high current driver
Manufacturer
Rohm
Datasheet

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The BA612 is a high-current driver IC, and contains an array of five Darlington transistors, each with input resistance.
Input and output can be directed in the same direction using DIP Pin 14, with the layout optimized to facilitate mount-
ing.
Hammer solenoid drivers
Relay drivers
LED drivers
1) 5-circuit Darlington transistor array.
2) Large current (up to 400mA) can be driven.
3) Input and output pins are aligned in the same direc-
Applications
Features
Block diagram
5-channel high current driver
BA612
Standard ICs
tion, for easy mounting.
GND
N.C.
IN1
IN2
IN3
IN4
IN5
1
2
3
4
5
6
7
Sub
4) High current transfer ratio.
5) Can be coupled with MOS ICs.
14
13
12
11
10
9
8
N.C.
OUT1
OUT2
OUT3
OUT4
OUT5
N.C.
1

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BA612 Summary of contents

Page 1

... Standard ICs 5-channel high current driver BA612 The BA612 is a high-current driver IC, and contains an array of five Darlington transistors, each with input resistance. Input and output can be directed in the same direction using DIP Pin 14, with the layout optimized to facilitate mount- ing. • ...

Page 2

... When only 1 circuit is on Fig.3 — DC per circuit when all 5 circuits are on at once — — 2 400mA, V OUT 2000 — — — — 0.6 1 17V Unit Conditions — 17V IN — = 0mA OUT BA612 7 Measurement circuit — Fig.10 Fig.11 — Fig.11 — Fig.11 ...

Page 3

... Fig.9 Output saturation voltage vs. ambient temperature 4.0 3.2 2.4 1.6 0 100 0 200 OUTPUT CURRENT: I Fig.4 Output saturation voltage vs. output current 400mA O = 20mA 200mA 120 – 40 – AMBIENT TEMPERATURE Fig.7 DC current amplification ratio vs. ambient temperature (!) (when V = 1.5V) O 120 BA612 V = 17V IN 400 (mA) OUT ...

Page 4

... DIP14 4 • Application example V 26V Connections should be made as shown in Figure 12 if inductive load is being driven. A clamp diode has to be added in series with the load I OUT to suppress surges in the inductive load. V (sat) OUT 7.62 BA612 BA612 circuit 5 PMOS GATE Fig.12 ...

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