PZU4.7BL,315

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A PZU4.7BL,315 is a single Zener diode. It has a variety of applications and works under a specific principle. Zener diodes are electronic components that are specifically essential for the regulation of current or voltage. They can be used for limiting excess voltage, for voltage regulation and for the protection of electronics from reverse voltages.

The PZU4.7BL,315 is mainly used in various applications involving circuit protection and voltage regulation. They are used as clamping devices, reference voltage sources and for power regulation. They are also used in signal rectification, switching and clamping operations.

In terms of their operating principle, Zener diodes have a voltage breakdown characteristic whereby, when the voltage across them crosses a certain point, they begin to conduct in the reverse direction, allowing a current to pass through them. This ‘Zener knee’ is the point at which they cease to behave as a standard diode and begin to function as a regular Zener diode.

The PZU4.7BL, 315 is available in a variety of specifications, such as voltage and power ratings. The Zener diode has a breakdown voltage of 4.7V and is capable of handling a power of 315mW. It also has specific operating temperature ranges and a wide temperature coefficient. It also has a surge voltage of 10V and a reverse current leakage of 0.05µA.

The PZU4.7BL,315 is an important component in many applications, and its use is primarily for voltage regulation and current control. Its structure and high efficacy make it an ideal option for various applications, including data line protection, signal sampling and switching operations.

In conclusion, the PZU4.7BL, 315 is a single Zener diode and it is mainly used for circuit protection and voltage regulation. It has a breakdown voltage of 4.7V and its reverse current leakage is 0.05 µA. It has a surge voltage of 10V and it can handle a power of 315mW. It works on the principle of a voltage breakdown characteristic and is an important component in many applications.

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