ACTT2X-800ETNQ

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Thyristors - TRIACs are a type of solid-state semi-conductor device which controls the current flow in both directions. They are usually used to control the current flow in alternating-current (AC) circuits, hence the name TRIAC (TRIode for Alternating Current). The ACTT2X-800ETNQ is one of the high power TRIACs with a load current up to 800A.

The ACTT2X-800ETNQ is a bidirectional three-terminal power semiconductor device primarily used for the control of motors, light dimmers, switching and other power controlling applications. It has two firing capability and low operating power. The device is a off-state blocking device that combines the functions of two thyristors which allows it to control both energizing (in phase) and de-energizing (out of phase) using one package.

The working principle of an ACTT2X-800ETNQ is based on a triggering current in the gate lead of the device. This triggering current is generated by various control circuits depending on the application. The triggering current is initiated through the gate and creates a small conducting channel between the main terminals of the TRIAC. This channel allows current to flow through the main terminals in both directions and can be regulated by varying the trigger current.

The ACTT2X-800ETNQ is ideally used in medium voltage switching and controlling applications such as motor speed controlling, light dimmer, energy and voltage controlling in transformers, automatic power factor compensation, power switching and various other industrial applications.

Due to its high current transfer capability and low operating power, the ACTT2X-800ETNQ is popular among manufacturers. It is simple and cost-effective to use and require less maintenance. The device is also available in different packages and configurations, allowing manufacturers to customize their applications.

In conclusion, the ACTT2X-800ETNQ is a TRIAC device with high current transfer capability, low operating power and great reliability. It is typically used in various applications ranging from motor control to automated power factor compensation. With the right control circuits, the device is highly reliable and cost-efficient.

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