2M24ZHR0G

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2M24ZHR0G Diodes - Zener - Single Application Field and Working Principle

A 2M24ZHR0G diode is one of the most popular zener diodes. It is a single zener diode, meaning the device only has one circuit connection. This diode is commonly used for various applications, such as voltage regulation and protection against electrical transients. This article will explain the application field and working principle of the 2M24ZHR0G Zener diode.

Uses of the 2M24ZHR0G Zener Diode

The 2M24ZHR0G diode is a single zener diode. This means it can be used in circuits to provide a stable voltage reference or to limit the flow of current. It can also be used to ensure the circuit is not over-powered when a voltage spike occurs. It is a commonly used device in the automotive industry, as it is more effective than a simple resistor for protection against over-voltage transients.

The 2M24ZHR0G diode can also be used in circuit designs that require a stable voltage reference. This device is also used in circuits where the current needs to be limited in order to protect other components or subsystems. The diode can also be used in applications that require a reverse-biased diode to guard the input pins of semiconductor devices.

Working Principle of the 2M24ZHR0G Zener Diode

The 2M24ZHR0G Zener Diode is a single zener diode which means that it operates using the principle of reverse breakdown voltage. When forward biased, the diode allows the current to flow from the anode to cathode without much resistance. However, when the p-n junction of the diode is reverse biased the electric field created will cause the p-n junction to break down and allow current to flow in both directions, creating a stable reference voltage.

The breakdown voltage of the 2M24ZHR0G Zener Diode is typically around 7.5 volts. This means that if the voltage applied to the diode is above 7.5 volts, the current will start to flow through the reversed biased p-n junction of the diode. This allows the diode to act as a voltage regulator, providing a fixed voltage output.

The Zener Diode is also able to limit the flow of current. If the voltage across a Zener is too high, the current will start to flow in the opposite direction, away from the diode, instead of through it. This prevents the diode from becoming damaged due to over-current.

Conclusion

The 2M24ZHR0G diode is a popular device, as it can be used for various purposes. It is a single zener diode which means it is able to work using the principle of reverse breakdown voltage. This allows the diode to be used for voltage regulation and over-current protection. The breakdown voltage of the diode is typically around 7.5 volts, which makes it a useful device for many applications.

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