BZX79-C22,143

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The BZX79-C22,143 is a single Zener diodes which is used for a variety of electronic circuit applications. It is designed to provide a stable and reliable connection between two circuits and is used in high frequency applications. This diode can also be used to control a voltage or voltage-related signal, such as an input voltage.

The device is composed of two p-type reagents and an anode terminal, as well as one single Zener diode. The Zener diode is constructed using a PN junction, which allows for a controllable amount of current to be passed through the diode. This allows for a stable voltage to be maintained at a given level. The diode operates at a voltage range of 22 to 143 volts, and the maximum operating temperature of the diode is 150°C.

The primary purpose of the BZX79-C22,143 is to regulate the voltage that passes through it, known as a voltage regulation. This is done by allowing the voltage to pass through the diode when it is at a certain level and blocking the current when the voltage exceeds that level. This action is known as Zener voltage regulation.

The BZX79-C22,143 can also be used in other applications, such as the protection of circuits from overvoltage and the regulation of signals to reduce noise. The device can also be used as a rectifier in AC applications, as it can convert AC to DC. The device also has a wide range of applications in automotive, aerospace, communications, and medical electronics.

The working principle of this diode involves the reverse breakdown of the device. This involves the passage of a reverse current through the diode, which creates a voltage drop, known as the Zener voltage. This voltage is maintained at a constant level despite the varying input voltage levels. By controlling the reverse current through the diode, the Zener voltage can be maintained within a certain range, which ensures a stable output voltage. This process is known as Zener voltage regulation.

The BZX79-C22,143 is a highly efficient device, which offers stability, low power consumption, and low cost. Its various applications make it a popular choice for many electronic applications. This diode can help lower power consumption and improve the performance of many consumer electronics products.

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