BTA2008-800E,412

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 - TRIACs is a classification of semiconductor devices which are the backbone of power electronics system. The BTA2008-800E,412 is one such device from this family which finds extensive use in industrial applications across the globe. This article will explore further into the application fields and working principles of the BTA2008-800E,412.

The BTA2008-800E,412 is a high power non-diesel TRIAC with high on-state current rating of 8A and Ratings at 800V. The device offers a breakover junction to turn device on and a Gate turn-off phase angle control and the latch current is a key feature of this TRIAC.

The BTA2008-800E,412 is designed to be used in low power electric equipments, high temperature environment and DC-AC converters operating up to 800V. It can be used in many different applications like lighting and heating control systems, UPS systems, solar panel controllers, battery chargers, industrial motor controllers, small motors and appliance control systems, inrush current protection and more.

The operating principle of the BTA2008-800E,412 is as follows: When a current flowing through the Gate is greater than the threshold current (latch current), the device turns on and the voltage across the device is essentially zero. The device will remain on even after the gate current drops to zero and will start conducting current if the MT2 current exceeds a certain value. This is known as the latching current. The amount of gate current required to turn the device on is determined by the gate voltage. Once the device is turned on, the voltage across its terminals will remain essentially zero until it is turned off. The device will remain on until an MT2 current exceeds the critical current or until a negative voltage is applied to the gate terminal.

The advanced features of the BTA2008-800E,412 help improve its overall performance in a wide range of applications. Its high breakdown voltage and on-state current rating make it suitable for high voltage operations. Its low turn-on voltage and noise suppressor feature helps reduce the possibility of false triggering. Moreover, its static dV/dt and dI/dt immunity ensure better protection against voltage and current surges. The device is also designed to limit the peak inrush current, thereby providing a greater level of safety.

In conclusion, the BTA2008-800E,412 is a high power TRIAC with a wide range of application fields and excellent performance. It’s low gate-triggering voltage and high on-state current rating make it suitable for high voltage operations. Its integrated noise suppressor feature provides protection against false triggering. Moreover, its static dV/dt and dI/dt immunity ensures more protection against voltage and current surges. This device is ideal for a wide range of applications, including pumps, motors, lighting controls and more.

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