2SC4132T100P

Introduction

2SC4132T100P is a single, bipolar transistor commonly used in commercial and industrial applications. It is designed to operate at a maximum junction temperature of 200°C, and it has a maximum collector-emitter voltage rating of 100V. This makes the transistor suitable for applications such as automotive, industrial and communications products.

Applications

The 2SC4132T100P has been widely used in a variety of application fields and is suitable for applications such as switches, inverters, linear amplifiers, dc-dc converters and basic audio amplifiers. The bipolar transistor is also particularly well suited for application-specific integrated circuits (ASICs), as it offers a low input capacitance.

Working Principle

Bipolar transistors rely on two p-n junctions, called base and collector, in order to conduct or switch current between the collector and the emitter. The base is the point of control for the transistor, and when a small current flows through it, the collector-emitter current path is opened and the transistor is said to be ‘on’. If a higher current is fed through the base terminal, the transistor closes the current path between the collector and the emitter and is said to be ‘off’.

The 2SC4132T100P can be switched on and off very quickly and can handle large pulses of current very efficiently. This makes it an ideal component for switching applications and high frequency circuits where a large amount of current needs to be rapidly switched on and off.

Conclusion

2SC4132T100P is a single bipolar transistor widely used in a variety of application fields. It has a maximum rating of 100V and a maximum junction temperature of 200°C, making it suitable for automotive, industrial and communications products. The transistor works by utilizing two p-n junctions, the base and collector, to control current between the collector and the emitter. It is capable of switching rapidly and can handle large pulses of current, making it perfectly suitable for use in applications such as switches and high frequency circuits.