1N5736D

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The 1N5736D is a single zener diode manufactured by Fairchild Semiconductor.

Zener diodes are devices that are used to regulate and maintain a constant voltage. They are typically used when a specific level of voltage has to be maintained for a particular application, even when the voltage supplied varies. This is why the 1N5736D is often used in power-supply applications, and is a popular choice for those who design circuit boards.

The 1N5736D is a 3 watt, 5.6V zener diode with a power dissipation rate of 3 watts. It has a 25V reverse voltage, and a maximum current rating of 0.25A (peak). The 1N5736D also has a maximum temperature rating of 150 degrees Celsius.

The 1N5736D works by allowing current to flow in the reverse direction, while maintaining a constant voltage in the forward direction. This is done by using a highly doped p-n junction. When the voltage applied in the forward direction reaches the “Zener Voltage” of 5.6V, the current begins to flow in the reverse direction, thus limiting and regulating the voltage.

In addition to power-supply applications, the 1N5736D is often used for protection purposes. It can be used to help prevent circuit damage due to overvoltage or voltage spikes. Because it has a wide temperature range, the 1N5736D is sometimes used in automotive electronics or other applications that may require operation in extreme temperatures. The 1N5736D is also used in RF circuitry, where stability and reliability are important.

The 1N5736D is a versatile and reliable zener diode that is used in a wide variety of applications. Its ability to maintain a constant voltage even when the input voltage varies makes it ideal for power-supply applications. Its ability to help protect other components from overvoltage helps make it a popular choice for circuit-board designers looking for reliable circuit protection. Its wide temperature range makes it suitable for applications requiring a high level of performance in extreme temperatures. Finally, its stability and reliability makes it a preferred choice for those creating RF circuitry.

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