1M130ZHB0G

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The 1M130ZHB0G is a single Zener diode from the 1M series of diodes, manufactured from 500 V silicon power Zener diodes in a very compact size. It is used mostly for ESD protection, overvoltage protection and transient voltage suppression applications.

Applications

The 1M130ZHB0G is mainly used in a variety of ESD protection scenarios and transient voltage suppression. A few specific applications include:

• Clamping of fast transient signals
• Suppressing of high voltage spikes
• Power supply protection
• Data line protection

Working Principle

The 1M130ZHB0G is a Zener diode, and works on the principle of Zener breakdown. The diode has an exposed zinc-silicate dielectric element which when exposed to the right amount of voltage, the electric field on the exposed element becomes very high and the electric current starts flowing through the diode.

When the voltage exceeds the breakdown voltage, electric current starts flowing from anode to cathode and the voltage is clamped at the breakdown voltage. This clamped voltage is called the Zener Voltage and it is used for protection of the components or circuits in the system.

The 1M130ZHB0G diode has a nominal voltage of 13V. The maximum peak reverse voltage for this diode is equal to its rated voltage, i.e., 13V. The maximum peak forward current handling capability of this diode is 3A. It has a reverse recovery time of 4Ω.s and maximum clamping voltage of 16.5V. The device also has a capacitance of 2.6pF. The maximum reverse leakage current of the device is 0.5mA.

Conclusion

The 1M130ZHB0G is a single Zener diode which is mainly used in ESD protection, overvoltage protection and transient voltage suppression applications. It comprises of an exposed zinc-silicate dielectric element which when exposed to the right amount of voltage, electric current starts flowing through the diode. The device has a nominal voltage of 13V, maximum peak voltage of 13V, maximum peak forward current of 3A, reverse recovery time of 4Ω.s, maximum clamping voltage of 16.5V, capacitance of 2.6pF and maximum reverse leakage current of 0.5mA. The device offers great protection for a variety of applications.

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