PZU5.6B3A,115

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A PZU5.6B3A is a type of single-diode Zener diode. Typically, these devices feature a low profile package and provide a wide range of power understanding support in a low-voltage, single-diode configuration. Their purpose is to provide a controlled voltage across a range of current. Generally, they have avalanche characteristics and are capable of withstanding high levels of reverse power dissipations when accompanied by a low magnetic field.

A PZU5.6B3A has a variety of applications across a wide range of industries. For example, in consumer electronics, these devices can be used for power regulation and surge protection, as well as EMI filtering. In automotive applications, they are used for ignition systems, lighting, and motor control. Additionally, they are often used in the telecommunications and medical fields.

The PZU5.6B3A works on a relatively simple principle. The device has an anode and a cathode, and when a voltage is applied across them, a current will flow from anode to cathode. The Zener diode acts like a resistor, but with an added ability to maintain the voltage across its terminals. It also has the ability to have its reverse breakdown voltage controlled. This controlled reverse breakdown voltage is determined by the level of doping during its fabrication process.

The PZU5.6B3A features a wide range of power handling capabilities. With its low profile, it can be used in highly condensed applications like PCB assemblies and other electronic appliances. It is deployed in both AC and DC power feeds, and can handle downward currents of up to 2.2 watts without fail. Further, the device is built with a thermally enhanced package that enables greater power dissipation and power handling.

A PZU5.6B3A is a useful device for power regulation and surge protection in a wide variety of applications. Its versatile low-profile package makes it an ideal fit for use in a number of industries, providing a reliable and controllable voltage source regardless of varying conditions. Able to handle a range of current levels and featuring a low magnetic field, the device has become a reliable option for a variety of applications.

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