TIP32C transistor pinout features & applications

In this post we are going to explain the TIP32C transistor pinout features & applications. The TIP32c is a PNP transistor. Because it has a high collector current of about 2A, the TIP32C transistor can be used for power switching or large signal amplification. The transistor TIP32C is basically known for its high amplification ability because 2A is not much of a higher ability.

Therefore, if you are looking for a PNP transistor for your amplifier circuit, then this transistor might be your choice. Or, to switch higher current loads above 2A, attempt logic level MOSFETs like IRF540N, which also drive at 5V. The pin configuration of TIP32c.

TIP32C Transistor pinout

Pin Number	Pin Name	Description
1	Base	Control current between collector and Emitter,
2	Collector	Current flows out through the collector.
3	Emitter	Current Drains in through emitter

Features of the PNP transistor:

Package of TO-220
Type of – PNP
Collector & Emitter Voltage: -100 Volt
Collector-Base Voltage: -100 Volt
Emitter-Base Voltage: -5 Volt
Maximum Collector Current: -3 A
Collector Dissipation Max – 40 Watts
Maximum DC Current Gain (h_fe) – 10 – 50
Transition Frequency—3 MHz
Operating & Storage Junction Temperature Range -65 to +150 °C
Pb-Free Packages are Available (TIP32CG)

Complement of TIP32C transistor:

The complement of the TIP32C transistor is the TIP31C.

Replacement and equivalent of TIP32C transistor:

The replacement and equivalent of the TIP32C transistor BDT32C, TIP32CG, TIP32E, MJF32C, MJF32CG, TIP32CF, TIP32D, or TIP32F

How we can use it:

Although TIP has high collector current and current gain, it is justly simple to control the device because the TIP32C transistor has an emitter-base voltage of only 5 volts and a base current of only 120 mA.But because we are dealing with high current, there will be good heat dissipation for switching applications, and so a heat drop is recommended. Also, the transistor can be operated directly from the PWM signal because the emitter-base voltage is less; however, the PWM should source enough current for full saturation of the transistor.

Applications of the TIP32C transistor:

Half-bridge circuits
Large signal amplification
Inverter and other rectifier circuits
Speed control of Motors
high current switching (up to 2A) loads
Can be used as medium Power switches