2EZ24D/TR12

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Diodes - Zener - Single refers to diodes with a single connection for power and signal flow. The 2EZ24D/TR12 is an example of this type of diode, most commonly found in power supplies and automotive applications. It is designed to provide current or voltage regulation, or other similar forms of control.

Overview of the 2EZ24D/TR12

The 2EZ24D/TR12 is a zener diode, consisting of a monocrystalline silicon body, which houses the electrical components of the diode. It is designed to control voltage and current in power supplies, automotive applications, and other fields. It has a maximum operating voltage of 100 volts, a maximum operating power of 0.5 watts, and a maximum reverse voltage of 24 volts. It is designed to both increase and reduce current or voltage levels, depending on the application.

Application Field

The 2EZ24D/TR12 is most commonly used in power supplies, as it is able to regulate the flow of current or voltage in a device. This enables the device to provide consistent levels of power, and prevent overvoltage or undervoltage. It is also widely used in automotive applications, specifically in ECUs. This diode helps to protect the ECU from voltage or current surges, and helps to maintain a consistent level of power.

Working Principle

The 2EZ24D/TR12 works on the same principle as other Zener diodes. It contains a P-N junction, which is designed to allow current to flow in either direction. When there is a voltage or current surge, the diode allows the current or voltage to pass through the P-N junction. This enables the device to regulate the current or voltage, and prevents it from passing through or causing damage. The maximum voltage and current that the diode can control will depend on the individual device.

Conclusion

The 2EZ24D/TR12, like other Zener diodes, is used to control voltage and current in a variety of applications. It is commonly used in power supplies and automotive ECUs, where it helps to regulate and maintain consistent levels of power. It is designed to prevent voltage or current surges, and to provide a consistent level of power to the device. Through its P-N junction, it is able to control the current or voltage, and prevent any damage caused by surges.

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