T920N02TOFXPSA1

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Thyristors - SCRs - Modules: T920N02TOFXPSA1 Application Field and Working Principle

The T920N02TOFXPSA1 is a module consisting of two thyristors, or SCRs (silicon controlled rectifiers). The module is used in various applications that require a reliable, efficient and cost-effective control of current and voltage. In addition, the module can also be used for switchover, surge suppression, and protection of electrical circuits.

The T920N02TOFXPSA1 module provides voltage and current control, along with switchover and surge protection, by combining two thyristors. The two thyristors are connected in series, with one side being connected to the load, and the other being connected to the control circuit. The thyristors are triggered by pulse width modulation via a driver circuit. The module therefore offers an efficient and reliable way to control and switch current and voltage.

The T920N02TOFXPSA1 module works on the principle of constant voltage-controlled conduction. When the module is triggered, it will apply a certain continuous voltage across the load for a predetermined amount of time. When this voltage is exceeded, the thyristors are switched off. This ensures that the power remains constant, no matter what the load is.

In order to ensure that the thyristors conduct appropriately, the module is equipped with a temperature compensation circuit. This circuit adjusts the voltage across the thyristors depending on the temperature in the environment. This is important in order to ensure that the thyristors are triggered at the correct time.

The T920N02TOFXPSA1 module can be used in a wide variety of applications, including motor control, anti-surge protection, and load balancing. This makes it an ideal solution for controlling and switching current and voltage in a variety of environments.

The T920N02TOFXPSA1 provides a reliable, efficient and cost-effective way to control and switch current and voltage. The module is equipped with temperature compensation, so that it can be used in a wide range of environments. This makes it an ideal solution for controlling and switching current and voltage in various applications.

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