CZRUR13VB-HF

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Diodes - Zener - Single - CZRUR13VB-HF application field and working principle.

CZRUR13VB-HF is a rectifying semiconductor type of single Zener diode. It is typically used in an electronic circuit to provide a direct connection between its two terminals. Zener diodes are special types of diodes that allow current to move in one direction (reverse conduction) but also to operate in the opposite direction (forward conduction). The most common application field of the CZRUR13VB-HF is to regulate and protect the voltage on an electronic circuit.

The maximum power dissipation of the CZRUR13VB-HF stands at 500mW. This Zener diode also has a peak impulse power of 600W and a reverse voltage of 13V. It is packaged in a DO-203AB format with glass body and a cathode marking.

The CZRUR13VB-HF single Zener diode works by utilizing the reverse bias voltage which is applied across its two terminals. The junction of the diode will reach a reverse biased breakdown voltage such that it can start to break down and conducts current under the applied high voltage. The CZRUR13VB-HF features a sharp reverse breakdown voltage characteristic with a minimum dynamic impedance level of 8mΩ. This ensures that the breakdown voltage of the diode is highly stable and consistent.

The CZRUR13VB-HF exhibits a reliable operation under reverse bias and it is suitable for use in low current, low voltage applications. It is used to provide a stable voltage across a circuit element or to protect electronic circuit elements from voltage spikes, transients and other similar events. The CZRUR13VB-HF can be used in a variety of electronic products such as computers, consumer electronics, telecommunication equipment, automotive electronics, medical supplies and industrial controls.

In conclusion, the CZRUR13VB-HF single Zener diode is a reliable and stable semiconductor element that can support an applied voltage of up to 13V. Its application fields vary from consumer electronics to industrial control systems, and it is designed to provide an effective solution to limiting and protecting the voltage in an electronic circuit. Its sharp break-down voltage characteristic and stable reverse-biased behavior make it a good choice in a variety of electronic products.

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