QZX363C6V8-7-F

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The QZX363C6V8-7-F is a type of diode array based on Zener technology. It is designed for use in low-voltage applications, providing a high level of signal isolation and performance. The QZX363C6V8-7-F can be used in a wide range of applications, from signal and frequency measurement to signal conditioning and power switching. The device is also suitable for reverse polarity protection and current limiting.

The QZX363C6V8-7-F is a Zener diode array that consists of four PN junction diodes in a single package. The device has a nominal breakdown voltage of 8 volts and a power dissipation of 125 mW. The maximum reverse current is 500 μA and the maximum forward current is 5 mA. The device features a low noise figure, low power consumption, excellent signal isolation, and high temperature stability.

The working principle of the QZX363C6V8-7-F is based on the Zener effect. When a Zener diode is forward biased, a large current flows through the diode until the diode reaches its breakdown voltage at which point the current drops off to a low value. In the reverse biased direction, the voltage is clamped to a fixed value due to the Zener effect. This allows the device to be used in a wide range of applications as a voltage regulator, voltage protector, or current limiter.

The QZX363C6V8-7-F is designed for use in low-voltage applications, such as automobiles and consumer electronics. It can be used for voltage regulation, signal conditioning, and power switching. The device is also suitable for reverse polarity protection and current limiting. The device features high efficiency, low power consumption, and excellent signal isolation.

The QZX363C6V8-7-F is a reliable, cost-effective solution for low-voltage applications. It provides a wide range of performance advantages including excellent signal isolation, low power consumption, and high temperature stability. The device is also suitable for reverse polarity protection and current limiting. It is an ideal choice for applications requiring high signal isolation and low noise.

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