MMFZ10T3G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Diodes are essential components in an electric circuit and are widely used in a variety of industries. Zener diodes are one type of diode and the MMFZ10T3G is a single,zen type component widely used in the industry.

What is MMFZ10T3G?

MMFZ10T3G is a zener diode and it has a voltage of 10 volts. It’s a single component, with a breakdown voltage of 5 volts, and a maximum current of 3 mA. The component’s power dissipation is rated at 300mW. The component also comes with a safety rating of 100V.

Applications of MMFZ10T3G

The MMFZ10T3G component is commonly used in industrial circuits. It is used in applications such as voltage regulator circuits, overvoltage protection and reverse current protection. In addition, the MMFZ10T3G is often used in motor control systems and sensing circuits.

Working Principle of MMFZ10T3G

The basic working principle of the MMFZ10T3G is that a voltage higher than the zener voltage applied across the element causes a current flow from the anode to the cathode, creating a zener breakdown. This is the key to providing overvoltage protection in the industrial circuits that it is used in.

When an appropriate voltage is applied to the MMFZ10T3G, electrons and holes that are generated at the edges of the zener breakdown will create a current between the anode and the cathode. This current is then used to regulate the voltage in the circuit and protect it from overvoltage.

When the voltage applied to the MMFZ10T3G is lower than the zener voltage, the breakdown does not occur and no current flows. This allows the MMFZ10T3G to act as a reverse current protection, preventing the flow of reverse current in the circuit.

Conclusion

The MMFZ10T3G is a single zener diode used in a variety of industrial circuits. Its application field includes voltage regulator circuits, overvoltage protection, reverse current protection and motor control systems. Its working principle involves the breakdown of the zener diode when a voltage higher than its zener voltage is applied to it, leading to the generation of electrons and holes which in turn create a current from the anode to the cathode.

The specific data is subject to PDF, and the above content is for reference