BZD17C62P RQG

Diodes - Zener - Single

BZD17C62P RQG is a single zener diode designed specifically for overvoltage protection applications. Its innovative design enables it to offer versatile protection solutions. This diode is available in a wide range of voltage and power ratings, making it suitable for a variety of applications.

BZD17C62P RQG has an optimized Zener diode structure that provides a very low reverse breakdown voltage, low dynamic impedance, and fast transient response time. These properties make it ideal for a variety of applications including surge protection, battery voltage protection, and lost circuit protection. The diode also offers excellent reliability, making it a great choice for the most demanding systems. Besides the voltage and power ratings, this product also offers several other features including low thermal resistance, short-circuit capability, and low energy consumption.

The working principle of BZD17C62P RQG is based on the Zener effect. When the diode is connected to a voltage source, a small reverse voltage is applied to it. This voltage causes the diode\'s bounded electrons to move from the valence band to the conduction band, creating a depletion region and allowing a current to flow. As the reverse voltage increases, the width of the depletion region also increases, further increasing the current. When the reverse voltage reaches a certain level, the diode breaks down, allowing a much larger current to flow. This current-limiting behavior makes BZD17C62P RQG ideal for overvoltage protection applications.

BZD17C62P RQG has a wide range of applications. It can be used to protect sensitive electronics from overvoltage damage, to prevent short circuits, and to regulate voltage. It can also be used in communication systems, industrial control systems, home appliances, surge protection devices, power supplies, and automotive circuits.

In summary, BZD17C62P RQG is an excellent zener diode designed specifically for a variety of overvoltage protection applications. It offers a wide range of voltage and power ratings, excellent reliability, and a low reverse breakdown voltage. Its fast transient response time and low dynamic impedance make it ideal for surge protection, battery voltage protection, and lost circuit protection applications.