BTA316X-800C/L01Q

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Thyristors - TRIACs are widely used in power control where regenerative action from the load is not desired. The BTA316X-800C/L01Q is a triode for amplification control (TRIAC), an electronic component used in AC power control circuits, usually connected with a diac to perform zero-crossing control, allowing the device to switch an alternating current load on and off at a desired time. This TRIAC is designed to handle up to 800 volts of alternating current (AC), and is commonly used in light dimming, heater control, and relay-replacement applications.

The BTA316X-800C/L01Q TRIAC can be turned on and off rapidly by applying a single pulse of gate current. Once triggered, the BTA316X-800C/L01Q will remain in the on-state and begin to conduct the main current flowing between the two main terminals until the current is reduced to zero or the device is turned off by an external circuit.

The BTA316X-800C/L01Q TRIAC is also capable of passing a bidirectional current, allowing it to switch AC currents in both directions, as opposed to a diode, which can only pass an alternating current in one direction. This feature makes TRIACs suitable for automotive and motor control, where current needs to be switched in both directions.

The BTA316X-800C/L01Q TRIAC’s main application is in power control circuits, where it can be used to switch large amounts of continuous AC power, as well as provide efficient zero-voltage switching of the current load. It can be used to turn on and off large motors, or dim lighting. The BTA316X-800C/L01Q is an excellent choice for use in both low and high voltage power switching applications.

The BTA316X-800C/L01Q TRIAC’s working principle is simple. A small gate current, provided by operating the device through a phase control circuit, induces a current flow between its main terminals, which in turn allows power to flow between the main terminals. This current flow can be regulated by adjusting the gate current, allowing the device to be used in applications such as light dimming, heater control, and relay-replacement.

The BTA316X-800C/L01Q TRIAC also offers high thermal and electrical stability, making it suitable for use in harsh environments. Additionally, it has a low on-state voltage drop, ensuring that it is power efficient, as well as an off-state leakage current that is nearly zero, making it suitable for use in applications that require long periods of inactivity. Finally, it has a low thermal resistance and a mechanical ruggedness to withstand impacts, making it a great choice for use in industrial applications.

In conclusion, the BTA316X-800C/L01Q TRIAC is well-suited for applications which require power control, including light dimming, heater control, motor control and relay-replacement. It is capable of switching AC current in both directions, and offers high thermal and electrical stability, low on-state voltage drop, and low off-state leakage current. It also has a low thermal resistance and a mechanical ruggedness to withstand impacts, making it suitable for use in industrial applications.

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