1M130ZHA0G

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The 1M130ZHA0G series of single Zener diodes offer a variety of voltages, efficiencies and power ratings that allow engineers to select the right part for their application. This series of Zener diodes offers low current leakage, stable voltage regulation and good thermal stability, which makes them ideal for a variety of electronic circuits.

Application Field

1M130ZHA0G series of single Zener diodes are widely used in power management, voltage regulation and voltage limiting applications. They provide protection from over-voltage conditions and help to maintain a stable and consistent output voltage. Commonly used in automotive, consumer electronics and communication systems, these diodes are also suitable for many industrial applications.

Working Principle

A Zener diode allows current flow in the forward direction when the voltage applied is higher than its ‘breakdown voltage’. The current flow through the diode carries sufficient energy to create a conduction channel between the electrodes, allowing current flow in the reverse direction. The voltage drop across the Zener diode is almost constant and regulated in the range of the breakdown voltage. Thus it acts as a voltage regulator.

In the case of the 1M130ZHA0G series, these diodes have a typical Vz of 130V and maximum surge current of 1A. Due to their low forward voltage drop and low reverse current characteristics, these diodes can operate reliably under high temperature conditions. Moreover, the highly reliable and thermally stable construction ensures a long service life.

Advantages & Disadvantages

The 1M130ZHA0G single Zener diode offers a number of advantages over other types of voltage regulators such as voltage control products or voltage dependent resistors. It has a low cost, high stability, low operating current and low noise level making it an ideal choice for many applications. The major disadvantage is the limited current handling capacity of the diode, which makes it unsuitable for applications with higher currents.

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