MMBZ47VALT1G Discrete Semiconductor Products

Diodes - Zener - Arrays: MMBZ47VALT1G Application Field and Working Principle

The MMBZ47VALT1G is a series of zener diode arrays. It offers excellent protection for costly and sensitive analog and digital circuits. This product has low leakage, voltage regulation and superior stability. With package sizes ranging from 2SOT (1 mm X 1.5 mm) to 10S2P (2 mm X 2.5 mm), it is suitable for a variety of applications.

Function

This product is built to protect sensitive circuits from the effects of transient voltages. It is designed for use in automotive, telecom, consumer and industrial applications. This device is designed to work with a peak reverse voltage of up to 72V and a peak forward current of up to 300mA. This device also features a fast response time of up to 5 nanoseconds.

Application

The MMBZ47VALT1G is available in 0.5W and 1W package size options. It can be used in mobile phones, PDAs, digital cameras, automotive electronics, consumer electronics and any other device that requires protection from transient voltages. It is also suitable in telecom, consumer and industrial applications. This device is perfect for applications where peak reverse voltage and peak forward current are critical.

Working Principle

The MMBZ47VALT1G works by blocking reverse voltages and limiting the current flow in either direction. When voltage surpasses the breakdown voltage of the diode, the current will flow through it and limit the overall current flow. This will ensure that no further damage is done to the circuit. As the reverse voltage decreases, the diode will block the current and the device will shut off, protecting the circuit from further voltage spikes.

The wide range of package sizes makes the MMBZ47VALT1G suitable for many different applications. This device is easy to use and inexpensive compared to other zener diode arrays. Its low leakage, voltage regulation and superior stability make it an excellent choice for protecting expensive and sensitive analog and digital circuits.