JAN2N6058

Introduction

JAN2N6058 is a bipolar junction transistor (BJT) single type, which is a three-layer semiconductor device. It is widely used as a switch or an amplifier in circuitry, as it is easily available, inexpensive and reliable. It is composed of a PNP or NPN type semiconductor material, used in a variety of electronic applications, including signal amplification, signal switching, and voltage regulation.

Application Field

JAN2N6058 is mostly used as a switch or an amplifier in a wide variety of electronic applications. It is mostly used to amplify signals in low power audio-video receivers, television receivers, and computers. It is also used in voltage regulators to control the output voltage as well as in oscillators to generate a continuous frequency signal.

JAN2N6058 has low power consumption, making it an ideal choice for applications that require low voltage and current level. It is also used in high current DC to AC inverter circuits, pulse modulation circuits, and in relay drive circuits for controlling heavy loads such as motors and solenoids.

Working Principle

The basic principle of JAN2N6058 is that when a small current is supplied to the base, the current between the collector and emitter is amplified. This is called common-base configuration, while when the current is supplied to the collector and the emitter is used as ground, it is known as common-emitter configuration.

The amplification (or “gain”) of the transistor depends on the supply voltage. A higher supply voltage will result in a higher gain, while a lower voltage will decrease the gain. The BJT has three terminals: a collector, a base, and an emitter. The collector terminal is used to collect the large current, while the emitter is the output terminal, from which the current flows out.

The base is the control terminal, and the current flowing through it controls the current flowing between the collector and the emitter. When the current flows through the base, it creates a magnet field, inducing a voltage between the collector and the emitter, resulting in a current. The higher the base current, the greater the collector-emitter current.

Conclusion

JAN2N6058 is a bipolar junction transistor (BJT) single type, which is a three-layer semiconductor device. It is widely used as a switch or an amplifier in circuitry, as it is easily available, inexpensive, and reliable. Its application field includes low power audio-video receivers, television receivers, and computers, voltage regulators and oscillators, high current DC to AC inverter circuits, and pulse modulation circuits. The working principle of JAN2N6058 lies in the fact that when a small current is supplied to the base, the current between the collector and emitter is amplified.