BTA316-800CTQ

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Thyristors and TRIACs are extensively used in the development of many circuits and applications. One of the common ones is the BTA 316-800CTQ. This thyristor has drawn significant attention in the development of active power filter (APF) circuits. It is a very efficient device, which can be used for many applications. With its fast switching capability and low power consumption, it has become an ideal choice for many applications.

The BTA 316-800CTQ is a 3-terminal, 600V, 800 Amp thyristor. It has three different gates, namely, forward gate (FG), reverse gate (RG), and common gate (CG). It has a forward voltage drop of Vf= 4.5 to 6V, a reverse voltage drop of Vr= 4.5 to 6V, and a forward current of Io= 800A at 25°C. The device has a maximum withstand current Isc= 876A at 25°C and a maximum operating temperature of 150°C.

The application field and working principle of the BTA 316-800CTQ are pretty straightforward. As a normally-off type of thyristor, the BTA 316-800CTQ has the ability to control the AC current. When the gate current exceeds a certain value, the thyristor will switch from off to on state, allowing AC current to flow. The major advantage of this thyristor is its ability to be used as a static switch, meaning that the thyristor can be turned on and off without the need of electricity. This feature makes it excellent in applications such as motor control, lighting, and more.

The BTA 316-800CTQ also has a reverse recovery time of 1.4µs, which is a significant advantage for many applications. This is because short reverse recovery time can reduce inrush current, thereby improving efficiency and power factor. Additionally, the thyristor has low gate turn-off current, thereby allowing a very high switching rate and current capacity.

Not only is the BTA 316-800CTQ used for industrial and commercial applications, it is also highly useful in home appliance control systems. For instance, a thyristor can be used in a dimming system for a ceiling fan. Such a setup can be triggered to set the desired brightness level in the room. Other than that, the thyristor can also be used as part of power factor correction systems.

In summary, the BTA 316-800CTQ thyristor has a wide range of applications due to its appropriate current capacity and fast switching capabilities. This is beneficial to many applications such as motor control, dimming circuits, and power factor correction. Furthermore, it is a static switch, meaning that it can be turned on and off without the need of electricity. In the end, the BTA 316-800CTQ can be an ideal choice when choosing thyristor for various applications.

The specific data is subject to PDF, and the above content is for reference