BCR3FM-12LB#BB0

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BCR3FM-12LB#BB0 Overview

The BCR3FM-12LB#BB0 is a type of thyristor, also commonly known as a TRIAC due to its bidirectional conductivity capabilities. It is an immensely powerful electrical component, with a relatively high off-state voltage of 2,500 volts and an on-state current rating of as much as 3.2 amperes. It is the product of NIFE technologies and the Triac products application.

BCR3FM-12LB#BB0 Application Fields

The BCR3FM-12LB#BB0 is primarily used in applications where high enough voltage and current ratings are required. Additionally, it finds use in appliances that must contend with large inrush currents and places where alternating current needs to pass through, both in forward and reverse directions. Some of its suggested application fields include lighting systems, process controllers, HVAC systems, automated assembly tools, welding machines, and industrial robotics.

BCR3FM-12LB#BB0 Working Principle

The BCR3FM-12LB#BB0 operates on the principle of bidirectional switching and is known as a TRIAC due to its three layer construction. It consists of a positive gate layer, a negative gate layer and a shared anode layer. Coupled with the voltage and current ratings of the component, its programming allows for direct AC control and actuation for both forward and reverse current flow. This allows for reliable control of power levels and auxiliary devices from a remote source.

The typical programming steps for the BCR3FM-12LB#BB0, involve sending a pulse on the gate voltage in order to turn on the component and maintain the current flow. Then, the removal of the pulse results in the resetting of the component. All this happens regardless of the current direction and further amplifies the capabilities of the component, allowing for superior control and management of electrical systems.

Conclusion

The BCR3FM-12LB#BB0 is a Thyristor, or a TRIAC, designed to control a wide range of current and voltage levels, allowing for superior control and real-time operation in two directions. It finds extensive use in the industry, owing to its reliable operation, easy installation and programming requirements, and cost-effectiveness.

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