CZRT55C12-G

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CZRT55C12-G is a device belonging to the Diodes-Zener single family. It is a practical component used for regulating voltage levels in both analog and digital circuits, providing an extremely low-leakage current of less than 1 milliamp (mA). The exact value of its Zener voltage depends on temperature and is specified by the manufacturer.

The CZRT55C12-G consists of a single diode junction, with a reverse-breakdown voltage of 12 volts. This voltage, known as the Zener voltage, is the point at which the diode will suddenly begin to conduct in the reverse direction, allowing a current to flow. This current will be limited by the resistance of the circuit formed by the positive and negative sides of the device.

Applications of the CZRT55C12-G are typical of all single diodes in the Zener family. It is mainly used as a voltage regulator to maintain steady power in analog or digital circuits. It may also be used to provide electrical isolation between two circuits and provide surge protection from sudden overloads. In addition, it is use to secure the power connections in vehicles, telecom systems and industrial machines.

The working principle of the CZRT55C12-G is simple. When a voltage is applied to the diode, it attempts to conduct current in both directions. The higher the applied voltage, the more current will flow. When the applied voltage reaches the diode’s Zener voltage, the diode will suddenly start to conduct current in the reverse direction. This will limit the applied voltage to the Zener voltage and stop current from flowing in the forward direction. The precise value of the Zener voltage will be determined by the temperature at which the diode is operating.

As with all diodes, the CZRT55C12-G is relatively simple to install in circuits and provides good performance and protection. It can help improve the reliability and performance of circuits by regulating the voltage and protecting them from surges. It is an inexpensive solution and can be used in a variety of electrical and electronic circuits.

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