PD3Z284C4V3-7 Discrete Semiconductor Products

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The PD3Z284C4V3-7 Zener diode is one of the industry\'s most widely used devices. It is a single diode with characteristics that allow it to be used in a variety of applications.

The main use of this diode is to regulate voltage. It can be used as a voltage regulator, allowing an increase or decrease in the amount of voltage to a certain device. Additionally, it can be used as a voltage reference for other circuits, providing a stable output that other circuits can use for power supply regulation. It can also be used as a protection device to limit any excessive voltage from being supplied to other circuits. Finally, it can be used as a waveform shaper, controlling the output of pulses, or signals, by controlling their width and amplitude.

The PD3Z284C4V3-7 is a silicon-based diode that has an absolute maximum voltage rating of 28 volts and a power dissipation of 0.5 watts. It has a breakdown voltage of 4.3 volts, a zener current of 200mA and a leakage current of 10uA.

The diode\'s working principle is relatively simple. It is a two-terminal device with one end connected to the reference voltage, and the other to the load. When the voltage across the diode is less than the breakdown voltage,there is no current flow. However, once the voltage across the diode exceeds the breakdown voltage, current will start to flow, and will continue to flow until the voltage is reduced below the breakdown point.

The PD3Z284C4V3-7 is an excellent choice for application in power supply design, audio circuits, logic circuits, signal conditioning, and other high-speed applications. It has the ability to work reliably in temperatures up to 125°C and can withstand transient voltage spikes up to 500 volts. Additionally, the device is general-purpose, meaning that it is suitable for use with any type of electrical circuit.

The PD3Z284C4V3-7 is a reliable and relatively inexpensive diode that can handle a wide range of applications. It is easy to use and its features allow for a wide range of circuit design options.

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