PLZ7V5A-G3/H

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The PLZ7V5A-G3/H is a single Zener diode, part of a larger family of diodes. Zener diodes are a type of solid-state electronics device characterized by their ability to operate in reverse-bias mode and create a low voltage drop across the diode. This makes them ideal for applications requiring the conversion of a higher voltage to a lower one.

The PLZ7V5A-G3/H is a Planar, single avalanche diode, which focuses on providing higher reliability and improved noise immunity. It is particularly useful for high switching rate applications, featuring low capacitance and low leakage current.

PLZ7V5A-G3/H has a crystalline structure which provides a single continuous reverse biased breakdown voltage when the current is below a given level.

When used in series with a forward biasing voltage, the Zener Diode will control the series voltage, allowing the control of current in the form of voltage regulation. When a forward voltage greater than the Zener breakdown voltage is applied, the diode will switch on, providing a low voltage drop, which will ensure a constant current without any further regulation. By choosing the right value of zener diode, the desired current level can be achieved.

In addition, Zener diodes provide the added benefit of noise suppression, since they will limit any potential noise on the output voltage. This will ensure that highly sensitive circuitry and/or semiconductor devices are operated with minimal interference.

Due to its low voltage drop, low leakage current, and noise suppression capabilities, the PLZ7V5A-G3/H is particularly useful in the following applications:

• Portable electronic devices
• Power supply regulation
• Telecommunication networks
• Industrial control systems
• Digital video and audio applications
• Network back-up systems

To conclude, the PLZ7V5A-G3/H is a single Zener diode designed for high reliability and improved noise immunity, which offers the advantage of a low voltage drop across the diode, allowing it to be used in a wide range of applications requiring voltage conversion and/or noise suppression.

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