CZRUR16VB-HF

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The CZRUR16VB-HF is part of the extensive range of diodes, zener single devices from Diode Inc. It is one of most popular devices in its class, offering an ideal combination of reliability, performance and convenience.

CZRUR16VB-HF is a zener diode that is specially designed for high frequency applications. It offers a high breakdown voltage of 16V with a small capacitance and low harmonic distortion. The device is rated for a maximum reverse power of 200mW. It has a low rise time of 1ns and a typical forward voltage drop of 0.3V to 0.5V.

The CZRUR16VB-HF is a popular choice for many applications due to its small size, excellent noise and low thermal resistance. It is ideal for use in power supplies and secondary power conversions, audio power amplifiers, and data converters. The device also features high current and reverse voltage capability.

CZRUR16VB-HF’s working principle is based on electron tunneling, which is a natural phenomenon that occurs due to the overlap of the wave functions of two different particles. In this case, electrons are passed through a thin barrier between two metal plates, creating a current that depends on the zener voltage. The zener voltage should be chosen carefully so that the current is maintained at a desirable level.

The device works by allowing a specific current to flow through itself when the applied voltage reaches its zener voltage. This reverse bias ensures that the voltage drop across the device drops from the supply voltage to a steady level, providing stable and reliable performance. The device features a breakdown voltage of 16V and an operating temperature range of -55C to +150C.

CZRUR16VB-HF offers excellent performance and reliability, making it suitable for a wide range of applications. The device is small and easy to use, making it easy to integrate into a circuit. It is designed for high frequency applications, ensuring that the device is capable of meeting the needs of demanding applications. With the right conditions, it has the potential to achieve high performance and reliability.

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