2N4373

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Thyristors are a type of semiconductor and are a class of components that are widely used in today\'s electronic technology. Thyristors are most often seen in applications of controlling the flow of power, such as rectifier circuits, and they are used in all types of industrial and consumer applications. The most common type of thyristors are Silicon Controlled Rectifiers, also known as SCRs. The SCR is a three-terminal device with an anode, cathode and gate. The 2N4373 SCR is a specifically designed three-terminal silicon controlled rectifier that has a built-in gate voltage regulator.

The 2N4373 SCR is a high voltage and power SCR that can be used to switch higher currents and voltages and can be used to activate and control more efficient loads, just as a relay can. It can also be used in high-voltage dropper stetting to provide various levels of voltage output. Some applications include lighting circuits, motor speed control, motor alternating current control, temperature control and automated process control. Furthermore, the 2N4373 SCR is perfect for applications that require voltage-controlled switching, as well as those that require heavy-load switching.

The 2N4373 SCR works by allowing electrical current to pass through the anode to the cathode when a voltage signal is applied to the gate terminal. This is known as the "fast turn-on” state, and the SCR can continue to allow current to flow until the voltage signal is removed from the gate, or until current amplitude exceeds the rated level. This enables the SCR to precisely control the amount of current flowing through the circuit. Additionally, the 2N4373 SCR can also be used as a constant current control, semiconductor heating control and as a resistive burning load control.

The 2N4373 SCR is a great choice for applications that require a high voltage, high power, and fast switching capabilities. It is the perfect solution when precise control of power is needed and can be used in a variety of applications such as motor controls, rectifiers, and power supplies. Additionally, the fact that it has an integrated voltage regulator allows it to be used in applications that require precise control of the gate voltage.

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