STC03DE170

Transistors - Special Purpose

The STC03DE170 is a type of special purpose transistor. It is a voltage-controlled electronic device which is typically used to amplify or switch electronic signals. Special purpose transistors are used for specific applications which require highly controlled electrical current or power amplification capabilities.

Application Field

The STC03DE170 is designed to be used in heated environments, often found in industrial settings or in the military sector. The STC03DE170 is specifically designed to be used in telecommunication, data storage systems, motor control, and other electronics that face high temperatures and vibration. The STC03DE170 is able to withstand temperatures up to 175°C and can withstand mechanical shock of up to 6G’s. Applications include voltage regulators, temperature sensors, motor control, and high-power amplifiers.

Working Principle

The STC03DE170 is composed of three essential elements: the base, collector and emitter. In normal operation, electrons flow from the emitter to the collector, forming a conductive path. By controlling the amount of current that flows from the base, the amount of current flowing through the transistor can be adjusted. The resistance of the transistor is controlled by the current flowing from the base and is known as the trans-conductance. The higher the base current, the lower the trans-conductance. By adjusting the base current, the voltage can be regulated, allowing the transistor to be used for amplifying or switching signals.

The STC03DE170 is a voltage-controlled device and can be used in a variety of applications. It is especially useful in applications where the environment is subject to high temperatures and vibration, as the STC03DE170 can withstand temperatures up to 175°C and shock levels up to 6G’s. By adjusting the voltage, the transistor can be used to amplify or switch signals, making it a very versatile and useful device. The STC03DE170 is an essential component in many industrial, telecommunication, and military applications.