JAN2N6298

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The JAN2N6298, commonly known as 2N6298, is a single-transistor N-type silicon junction bipolar bridge rectifier. It is manufactured by ON Semiconductor, a major US maker of electronic components. The 2N6298 is a P-channel NPN transistor that is designed for use in high-voltage applications up to a maximum of 400V. This device is ideal for applications that require rectification and regulation of high-voltage AC power sources, such as in sound systems, switching power supplies, and voltage-controlled oscillators. Its main features include high breakdown voltage, low forward voltage, and low reverse leakage current.

Working Principle

The basic characteristic of the 2N6298 is its ability to act as a bridge rectifier, which is a type of power electronic circuit that converts alternating current (AC) input into direct current (DC) output. This is done by the rectifying action of two PNP transistors and two NPN transistors forming a bridge rectifier. When an AC current passes through the four transistors, only the positive half-sinusoid is allowed to pass and is then amplified by the transistors, resulting in a stronger DC output. The 2N6298 also features a regulator to ensure that a steady voltage is maintained.

Application Field

The 2N6298 is a power device that is well suited for use in high-voltage AC power applications. It can be used to rectify and regulate the output of power sources up to 400V, such as sound systems, switching power supplies and voltage-controlled oscillators. It is also suitable for applications that require quiet operation and reliable voltage regulation, such as in medical devices and instruments. The JAN2N6298\'s unique combination of low forward voltage, low reverse leakage current, and high breakdown voltage make it a very useful component for a wide range of applications.

The 2N6298 is an excellent choice for applications in which high-voltage AC power must be rectified and regulated. Its high breakdown voltage and low forward voltage make it ideal for use in high-power applications, while its low reverse leakage current ensures that a steady voltage is maintained. It is well suited for use in sound systems, switching power supplies, and voltage-controlled oscillators, and is also useful for reliable voltage regulation in medical devices and instruments.

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