VLZ3V6A-GS08

Diodes - Zener - Single

VLZ3V6A-GS08 application field and working principle

Zener diodes are a type of diode that operates in the reverse bias direction. While this is similar to other diode designs, the Zener diode is particularly designed to allow a controlled and predictable amount of current to flow in the reverse direction even at very low voltages. This makes Zener diodes a versatile and popular choice for applications like voltage regulation, over-voltage protection, and ripple smoothing.

The VLZ3V6A-GS08 is a single-ended Zener diode with an approximate 5.6V zener voltage. It is RoHS-compliant with a surface mount design that allows for a size reduction, making it an ideal choice for power sources and small electronics when a fast acting voltage regulation is desired. It is particularly suitable for use in industrial and consumer electronic equipment, take automatic control system as an example.

The working principle of the Zener diode relies on its ability to store energy within its junction. In the forward bias direction, the diode biases the voltage drop across the junction, allowing current to flow. When a reverse current is applied, the junction stores the energy within, allowing the voltage drop to exceed the amount originally applied. The voltage remains at this level until the current decreases and the junction releases the stored energy.

When used as a regulating diode, the junction is able to operate as a switch between two voltage levels. When the voltage exceeds a specific point, the junction begins to store the energy, bringing the voltage level back down to the desired level. This process is repeatable and adjustable with varying voltage levels and depth of storage levels.

The VLZ3V6A-GS08 Zener diode brings the precision regulation of Zener diode technology with the convenience of a single ended, low-profile package. Its 5.6V zener voltage makes it ideal for various application fields like electronic signal oversampling, power stability solutions, precision measurement and display, and miniaturizing components of designs.