S12KCHR7G Discrete Semiconductor Products

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The S12KCHR7G is a Single Rectifier Diode from the S12K family of germanium diodes. It is designed to handle both AC and DC voltage, operating at high current levels. The S12KCHR7G has a variety of applications and is suitable for a range of high-speed rectification and power supply rectification jobs.

Features

The S12KCHR7G is a 3-PIN high-speed rectifier diode. It has a low forward voltage drop and high-speed switching. This rectifier diode also has a low capacitance, making it suitable for applications such as Pulse-width modulation (PWM) and switching power supply applications. This diode also has an operating temperature range of -55°C to +150°C.

Application Field

The S12KCHR7G is commonly used in consumer electronics, computer hardware, and industrial equipment. It is ideal for applications such as impact drivers, power supplies, and data communication centers. It is also suitable for high-frequency switching applications and constant current charging.

Working Principle

The S12KCHR7G is a unidirectional and rectifying device. It has two electrodes, an anode and a cathode. When a forward-biased voltage is applied to the anode and the cathode, the diode becomes highly conductive and allows current to flow. The diode also acts as a rectifier, meaning it only allows current to flow in one direction.

When a reverse voltage is applied, the diode becomes non-conductive, meaning no current is able to flow. This is useful in a range of power supply applications, as it prevents current from travelling in the wrong direction and potentially causing damage.

Conclusion

The S12KCHR7G is a 3-PIN high-speed rectifier diode that is commonly used in consumer electronics, computer hardware, and industrial equipment. Its low forward voltage drop and high-speed switching make it ideal for applications such as impact drivers, power supplies, and data communication centers. Its unidirectional and rectifying properties also make it a suitable choice for high-frequency switching applications and constant current charging.

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