MMSZ5235C-HE3-08

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MMSZ5235C-HE3-08 is a zener diode, which is generally used for the regulation of power in devices. It is suitable for a wide range of applications, and its most common use is to protect circuits from over-voltage or over-current. For example, it can provide reliable and efficient protection to the power circuitry of computers and other digital devices.

MMSZ5235C-HE3-08 has a forward voltage of 5.6V, and a maximum breakdown voltage of 25V. It is designed to maintain a constant voltage output, even when the supply voltage fluctuates. It has a maximum reverse current leakage of 10 milliamps. The forward voltage drop is due to the surplus energy of a voltage spike being absorbed by the diode, thus preventing it from entering the circuit.

The working principle of MMSZ5235C-HE3-08 is quite simple. When the voltage across its terminals exceeds the zener breakdown voltage, the diode breaks down and acts as a low-voltage, low-current resistance. The diode also needs to be connected to a reverse resistor in order to limit the amount of current it draws, and to provide a path for the current surge.

The reverse resistor serves to limit the amount of current entering the diode, and to provide a path for it to flow away from the circuit. When connected across the voltage spikes, the diode will then clamp the voltage to a safe level. In this way, the circuit and the attached components are protected from over-voltage damage.

MMSZ5235C-HE3-08 is commonly used in the protection of power supplies and motor controllers. It can be combined with other components, such as transistors, to provide a stable voltage level at the output. It is highly reliable, and is also very efficient, providing excellent long-term performance.

In summary, MMSZ5235C-HE3-08 is a zener diode that is used to regulate power in devices. It has a forward voltage of 5.6V and a maximum breakdown voltage of 25V. It works by clamping the voltage to a safe level when voltage spikes occur, thus protecting the circuit from over-voltage damage. It is suitable for a wide range of applications, such as power supplies and motor controllers, and is highly reliable and efficient.

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