BT134W-600,115

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Thyristors - TRIACs are solid state semiconductor devices that are typically used in low-voltage (315V or less) applications. While Thyristors - TRIACs can be used in applications up to 600V, they are usually not recommended for high-voltage applications. The BT134W-600,115 is a 600V, 115A TRIAC specifically designed to meet the needs of low-voltage applications. In this article, we\'ll discuss the BT134W-600,115\'s application field and working principle.

BT134W-600,115 Application Field

The BT134W-600,115 is typically used in low-voltage applications such as switching devices, remote-controlled switch gear, lighting control systems, heat-regulating devices, motor speed controllers, residential and commercial heating systems, and TV and Radio broadcasting systems. It is also widely used in the robotics and automation industries for controlling machines and processes. The BT134W-600,115 has a high surge current capability of 115A and a maximum peak off-state current of 1A.

BT134W-600,115 Working Principle

The BT134W-600,115 is a thyristor with three terminals - gate, main terminal 1 (MT1) and main terminal 2 (MT2). The thyristor is triggered by a positive or negative gate pulse applied between gate and main terminal 1 (MT1). When triggered, the thyristor conducts current between main terminals 1 and 2 (MT1-MT2). The direction of the current is determined by the polarity of the gate voltage.

The BT134W-600,115 has an advantage over solid state switches due to its low power loss when conducting current. This means that the thyristor can act as an efficient low-cost means of controlling power at higher voltages. Additionally, the BT134W-600,115 features internal safety features such as temperature compensation, over-voltage protection, and overtemperature shut-off.

Conclusion

The BT134W-600,115 is a 600V, 115A TRIAC that is designed for use in low-voltage applications. It has an advantage over solid state switches due to its low power loss when conducting current. This makes it an efficient and cost-effective means of controlling power at higher voltages. Additionally, the BT134W-600,115 features internal safety features for added reliability.

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