T1050H-6G-TR Discrete Semiconductor Products

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Thyristors - TRIACs

The T1050H-6G-TR is a four-quadrant base-terminal Thyristor (TRIAC) designed specifically for the control of AC variables in applications such as motor control and industrial heating systems. As TRIACs, the T1050H-6G-TR enables high performance, yet economically attainable, control of AC loads. It has been designed with a variety of features to make installation and operation simple and efficient.

Application Field

The T1050H-6G-TR is designed primarily for the control of AC variables in motor control and industrial heating systems. It can be used in applications such as variable speed drives, soft-start controllers, variable frequency drives, and adjustable speed drives. It can also be used in variable speed power supplies and variable power output converters for industrial process control and automation.

The T1050H-6G-TR is also suitable for use in industrial heating systems. It can be used for controlling the power to stepped resistive, SCR, or IGBT heating elements. It is capable of switching large currents with a minimum of switching losses and EMI emissions.

Working Principle

The T1050H-6G-TR is a four-quadrant base-terminal Thyristor (TRIAC) designed to control the power to AC loads. It is a bi-directional switch which uses a gate signal to control the flow of current in both directions. When the gate signal is applied, the device “fires” and allows current to flow in either direction depending on the polarity of the applied voltage.

The T1050H-6G-TR uses a gate signal to turn on and off the flow of current. The gate signal determines the amount of current which can be allowed to flow. It is capable of controlling the current from 0 to the rated current of the device. The speed of switching and response time of the device can be varied by adjusting the gate current.

In addition to controlling the power flow, the T1050H-6G-TR can be used to control the speed of AC motors and other AC loads. The speed of the motor can be varied by adjusting the gate signal; varying the duration of the gate signal causes a change in the speed of the motor. This provides a degree of control over the speed and direction of rotation of the motor.

The T1050H-6G-TR provides a high degree of protection against over-current and over-voltage conditions. It can be used to protect AC motors, generators and other AC loads from these conditions, helping to extend the life of the equipment.

Conclusion

The T1050H-6G-TR is a versatile, high-performance Thyristor (TRIAC). It can be used for controlling the power to AC loads such as motors and industrial heating systems. Its adjustable gate current allows for precise, quick control over the current being switched and the speed of AC motors. In addition, the T1050H-6G-TR provides a high level of over-current and over-voltage protection. As a result, it is an ideal choice for controlling AC variables in motor control and industrial heating applications.

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