K2000F23

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

The K2000F23 is one of a range of thyristors, which are devices that control the flow of electrical current with a low voltage signal. In this article, we will discuss the application field and working principle of the K2000F23. We will also look at its other related thyristor devices, such as DIACs and SIDACs.

DIACs, SIDACs, and other devices that fall into the category of thyristors are effective at controlling the flow of electrical current, but each of them have a particular application. The K2000F23 is a silicon controlled rectifier (SCR) device, which is used for the control of electrical power, whereby it is either blocked off or passes the current to the load. In this way, it provides electrical isolation between the doing the controlling and the circuit that is being switched. The K2000F23 has a single gate (gate trigger) input and two output leads, and is available in packages from a single lead up to multi-gate. It can handle power up to 1000 volts.

When it comes to the working principle of the K2000F23, it uses a semiconductor material as the gate pass, which is activated when a gate voltage is applied. Once the gate voltage is under the turn-on level, the SCR is biased in the on state. This means that current is conducted between the anode and cathode terminals, where the load is usually connected across these two terminals. When the gate voltage crosses the turn-off level, the SCR is biased in the off state, which leads to the interruption of the current conduction. The voltage and current ratings of the device must be taken into account when switching applications for which the triggering source, range and resolution must also be considered.

As mentioned earlier, there are various related devices that can also be used for controlling electrical current. DIACs are diodes that can be used as a current amplifying state machine, while SIDACs are bistable switches that can have an on/off state. Both of these devices are used in applications that require current switching, such as lighting control and motor controllers. Other devices in the thyristor family include TRIACs, UJTs, IGBTs and more. Each of these devices have their own application and can be used in conjunction with the K2000F23, depending on the circumstance.

In conclusion, the K2000F23 is a thyristor device used for controlling the flow of electrical current. It has a single gate input and two output leads and is available in packages from a single lead up to multi-gate. The working principle of the K2000F23 involves the passing of current between two terminals once the gate voltage is applied. It can handle power up to 1000 volts. The K2000F23 is used in various applications and can be used in conjunction with other thyristor devices, such as DIACs and SIDACs.

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