2SC5013-T1-A

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The 2SC5013-T1-A transistor is a part of the family of Bipolar (BJT) Radio Frequency (RF) transistors. It is a PNP device, that has a V(ceo) of 25V, an Ic Max of 0.6A, and a hFE min of 200. It is also rated for a Power dissipation of 1.5W. This transistor is typically used in class A, B and AB amplifiers, as well as oscillators and RF circuits. Its applications cover Amplifiers, AUX, FM, IF, Radio and other audio systems.

The 2SC5013-T1-A transistor is designed in such a way that it allows for a low capacitance increase when switching on or off. This makes it particularly attractive for Radio Frequency applications, as it enables high frequency switching. The 2SC5013-T1-A also features a high gain gain up to 200, which makes it ideal for amplification applications. This transistor is also capable of achieving low noise levels, providing a reliable and consistent performance.

The working principle of the 2SC5013-T1-A transistor is based on the collector-base junction. The base terminal is the control terminal and the collector is the output terminal. When a small current is passed through the base terminal, it allows a larger current to flow through the collector-emitter junction, due to the transistor\'s gain. This current can then be used to drive a load and produce an amplification effect.

In addition to the collector-base junction, the 2SC5013-T1-A transistor also utilizes a few terminals for use in various applications. The Emitter Terminal is an additional control terminal, that can be used to regulate the current from the collector terminal. The Collector Terminal enables the transistor to achieve higher current as well as higher gain, when operating in combination with other transistors. The Base Terminal is also used to regulate the current from the collector terminal and is used in various types of amplifier circuits.

The 2SC5013-T1-A transistor provides a high gain and low noise performance. Its application field covers a wide range, making it a great choice for a variety of RF and Audio applications. The transistor also features excellent switching characteristics and a low capacitance increase, making it an ideal choice for Radio Frequency applications. With its combination of performance, consistency, and reliability, this transistor is a great option for powering a variety of Amplifier, AUX, FM, IF, Radio and other audio systems.

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