S6004DS1TP

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 - SCRs have many uses due to their advantages in applications. The S6004DS1TP (SCR) is a type of fast-switching, bidirectional, silicon-controlled rectifier (SCR) and incorporates an internal gate trigger circuit. It has a high current and surge current capability, and also offers low leakage current and on-state voltage drop when compared to other types of SCRs. This makes the S6004DS1TP ideal for various high-power applications.

Applications of the S6004DS1TP range from high-power switching to motor control. It can also be used for power rectification, inrush current limiting, line protection, temperature control, AC switching, and other high-power control circuits.

The S6004DS1TP SCR consists of four main elements: the anode and cathode electrodes, the gate, and the control electrodes. The anode and cathode electrodes are two of the SCR’s p-n junctions. They enable current to flow in both directions depending on the potential difference between the electrodes. The gate is a third p-n junction and serves as an interface between the anode and cathode. It enables the user to control the SCRs on-state and off-state, and provides protection against excessive current. The fourth element, the control electrode, is a positively charged electrode for controlling the SCR\'s switching function.

The S6004DS1TP’s working principle is simple. When current is applied to the anode, the voltage at the gate is equalized, which allows current to flow through the SCR. The control electrode provides an additional level of control, as a positive voltage applied to the control electrode will cause the SCR to turn on and be stable in its on-state. To turn the SCR off, current must be removed from the gate, or the anode voltage must be reduced to a level below that of the gate.

The S6004DS1TP SCR is a versatile device and has many applications due to its excellent handling of high-power current and its low leakage current. Its simple yet effective working principle makes it a highly reliable device for high-power control and switching applications.

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