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Thyristors - TRIACs

• T1635H-6G application field and working principle

T1635H-6G is a type of thyristor, more specific, it is a TRiode for Alternating Current (TRIAC). It is a three terminal device that can control bidirectional alternating current flow in electronic circuits. It is usually used in switching applications such as motor speed control, light and heater control and industrial process control.

The T1635H-6G has two main terminals, the main terminal 1 (MT1) and main terminal 2 (MT2), and a gate terminal (G). When an appropriate voltage is applied to the gate electrode, the device is turned on, and current can flow through the device. To turn the T1635H-6G off, the gate terminal must be pulled to a zero-voltage potential.

The thyristor\'s working principle is based on four different regions: blocking, forward blocking, on-state and reverse blocking. The blocking region reflects when the device has a negative voltage applied to it and no current is flowing through it. In the forward blocking region, current is blocked but it can start to flow in the contact if a positive voltage is applied to the gate. The on-state region is when enough positive voltage is applied to the gate causing the thyristor to conduct current from MT1 to MT2. Lastly, in the reverse blocking region, the thyristor is in a reverse biased connection, blocking the current flow from MT2 to MT1.

The applications of the T1635H-6G vary and include motor speed control, light and heater control, industrial process control and even food processing machines. It is widely used in industrial and commercial settings. In motor control applications, the thyristor is used as a switch, turning the motor on and off at different speeds depending on the voltage that is applied to the gate terminal. In light and heater control applications, the thyristor acts as a switch, allowing for the temperature to be set at different levels for different products. In industrial process control and food processing machines, the thyristor is used to regulate the speed of the process by controlling the flow of current.

In conclusion, the T1635H-6G is a type of thyristor which is used in a variety of applications, from industrial process control to food processing machines. It can be used as a switch, regulating current flow between two points, by applying a certain voltage to the gate terminal. It is widely used in commercial and industrial settings due to its ease of use, durability and efficiency.

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