VS-16TTS12FP-M3

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, such as Silicon-Controlled Rectifiers (SCRs), are power components that allow for the control of electrical current in a circuit. SCRs are used in devices such as solar cells and battery chargers, precisely controlling power delivery when required and preventing current from exceeding specified limits. VS-16TTS12FP-M3 is one such application field for use of thyristors and SCRs. This article will discuss the application field and working principle of VS-16TTS12FP-M3 as an example of a thyristor-SCR.

VS-16TTS12FP-M3 is an SCR module designed for use in high power battery charging and discharging applications, such as in automotive, industrial and medical equipment. Due to smart operation of the thyristors, it helps to reduce the battery aging and maintain constant voltage. Made up of multiple SCRs connected in series, the main components of the module consist of five 16A12V SCRs, one diode rectifier and two fast switching diodes, which offer a total charging rating of 80A at 5V. Also, the module is designed with regenerative and reverse current capabilities.

The working principle of a thyristor/SCR is simple and straight-forward, using a control signal to control the conduction between two electrodes, thereby regulating the current that flows through the circuit. When the control signal is applied to the SCR, current flows though the device, and at the same time, charges a built-in capacitor, giving it a specific voltage. This capacitor then keeps current flowing even after the control signal is removed, as long as the voltage is above a certain gate threshold. This gate threshold voltage is set manually.

The main application of VS-16TTS12FP-M3 lies in high power battery charging and discharging applications, where this unique SCR module can effectively reduce aging of battery cells and maintain constant voltage output. The major reason for such performance is due to its internal capacitors, which effectively controls and regulates current, reducing excess charging or discharging and maintaining accuracy of the circuit as well as battery protection. Due to these advantages, this module has been widely used in automotive, industrial and medical equipment.

The application field and working principle of VS-16TTS12FP-M3 thyristor-SCR module has been discussed in this article through the perspective of wide application in high power battery charging and discharging scenarios. The advanced capabilities of the module such as regenerative and reverse current capabilities, capacity to control and regulate current, and maintaining accuracy of the circuit have proved very useful in application scenarios such as automotive, industrial and medical equipment.

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