BCR08DS-14AT13#B10

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Thyristors - TRIACs

The BCR08DS-14AT13#B10 is a type of Triac, a module part of the Thyristor family. The Triac is an electrical component which is well known for its application in controlling electrical current. Current can be controlled by either triggering the device in a single direction only or by triggering it bi-directionally.

Overview of the BCR08DS-14AT13#B10

The BCR08DS-14AT13#B10 is a semiconductor device with three pins located on the bottom of the module. It is used as a power switch and has a maximum current operation of 14A. The breakdown voltage is 700 volts and it is a single-gate device which is triggered either by a positive or negative gate signal.

Application Fields

The BCR08DS-14AT13#B10 can be used in a variety of applications where precise control of electrical current is important. It is commonly used in electric motor control circuits and can be used to control sensitivity, speed, and torque. It is also used in the control of HVAC systems, electric heating, lighting and security systems.

In addition to these applications, the Triac can be used in applications such as time-based output control, AC voltage control, bidirectional power control, and radio signal strength control. It is even used in the automation industry for controlling energy saving and LED lighting operations.

Working Principle

The BCR08DS-14AT13#B10 is a bidirectional switch device, meaning that it works by controlling the current flow in both directions. When the Triac is triggered in one direction, a positive gate current is applied which activates the gate, initiating a current flow in the positive direction. When the same Triac is triggered in the opposite direction, a negative gate current is applied which activates the gate, initiating a current flow in the negative direction.

By precisely controlling the gate current applied and the current flow in either direction, devices such as motors and lighting can be controlled with precision and accuracy. This is why the BCR08DS-14AT13#B10 has become a trusted and widely used device for precision electrical current control.

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