CZRER52C7V5

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The CZRER52C7V5 diode is a single zener diode that is used in various applications. It is a low power and highly reliable device that can be used in applications such as AC line regulation, over-current protection, voltage regulation, power factor correction and surge suppression.

The CZRER52C7V5 is designed to operate at a maximum voltage of 7.4 V and a maximum power dissipation of 5 W. The diode is constructed with a cathode-to-anode junction with an integrated termination on the cathode side. This allows the current to flow one way through the junction, preventing the reverse breakdown of the junction. The CZRER52C7V5 also features an integrated heat sink to dissipate heat generated during the operation of the diode.

The primary function of the CZRER52C7V5 is to act as a voltage regulator by maintaining a relatively steady voltage output regardless of variations in input current. The voltage regulation capacity depends on the breakdown voltage of the device, as well as the current rating of the device. The CZRER52C7V5 is designed to regulate a maximum of 6.95 V, and the maximum current should not exceed 1 mA.

The working principle of the CZRER52C7V5 is based on the zener effect. The zener effect is the process in which a voltage is applied across the junction of two diode materials. As the applied voltage increases, it eventually reaches a point known as the "breakdown voltage" where the current suddenly increases dramatically. This large increase in current is known as "zener breakdown." The CZRER52C7V5 is designed to breakdown at a specific voltage, and maintain that voltage output even if the input voltage varies.

The CZRER52C7V5 is an ideal component for applications which require voltage regulation, over-current protection, and power factor correction. It is also suitable for use in AC line regulation, surge suppression, and other applications which require stable voltage output. The compact size, low power dissipation, and high reliability of the CZRER52C7V5 make it an ideal component for numerous applications.

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