QCA100A40 PDF Manual – 400V, 100A, Transistor Module

Part Number: QCA100A40

Function: 400V, 100A, Transistor Module

Manufacturer: SanRex Corporation

Images:QCA100A40 pdf transistor

Description

The QCA100A40 is 400V, 100A, Darlington transistor module.

QCA100A and QBB100A is a dual Darlington power transistor modules with two high speed, high power Darlington transistors. Each transistor has a reverse paralleled fast recovery diode.

Darlington transistors are a type of bipolar junction transistor that provide high current gain and low saturation voltage. By combining two Darlington transistors in a single package, a dual Darlington power transistor provides even higher current gain and lower saturation voltage than a single Darlington transistor.

Dual Darlington power transistors typically have three leads: a base lead, a collector lead, and an emitter lead for each of the two Darlington transistors. They may also have additional leads for connecting to heat sinks or other components.

Features

1. QCA100A…Series-connected type

2. QBB100A…Separate Type

3. IC=100A, VCEX=400/600V

4. Low saturation voltage for higher efficiency.

5. Isolated mounting base

6. VEBO 10V for faster switching speed.

Applications:

1.Motor Control(VVVF), AC/DC Servo, UPS

2. Switching Power Supply, Ultrasonic Application

QCA100A40 datasheet sanrex

Other data sheets are available within the file: QCA100A60, QBB100A40, QBB100A60

QCA100A40 Datasheet PDF

AD162 Datasheet – 32V, PNP Transistor for AF Power Stages

This post explains for the Transistor.

The Part Number is AD162.

The function of this semiconductor is PNP Transistor.

Manufacturer: Tesla Elektronicke, Telefunken

Image

AD162 datasheet pnp transistor

Description

The AD162 is Germanum PNP transistor for AF power stages, complementary to AD161.

Germanium PNP transistors were commonly used in audio frequency (AF) power stages in the early days of electronics due to their favorable characteristics for audio applications. Germanium transistors, compared to silicon transistors, have certain advantages such as lower saturation voltage and better performance at higher temperatures, which made them suitable for amplifying audio signals.

In AF power stages, Germanium PNP transistors were often employed as output transistors in audio amplifiers. They could handle higher power levels and drive speakers or other loads. These transistors were typically operated in a class AB or class B configuration, where multiple transistors would be used in a push-pull arrangement to amplify the positive and negative halves of the audio waveform.

However, it’s important to note that Germanium PNP transistors are less commonly used in modern designs compared to their silicon counterparts.

In modern audio amplifier designs, silicon-based transistors, such as NPN or PNP silicon bipolar junction transistors (BJTs), or even MOSFETs, are more commonly used due to their improved performance, reliability, and availability.

Absolute maximum ratings ( Ta=25°C )

1. Collector to Base Voltage: Vcbo = -32 V
2. Collector to Emitter Voltage: Vceo = -20 V
3. Emitter to Base Voltage: Vebo = -10 V
4. Collector Current: Ic = -1 A
5. Total Dissipation : Ptot = 6 W
6. Junction Temperature: Tj = 90°C
7. Storage Temperature: Tsg = -55 ~ +90°C

AD162 pdf transistor

AD162 Datasheet

AD162 pdf

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