K2000EH70

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 are a class of semiconductor devices commonly used in power electronics. This includes DIACs, SIDACs, and the K2000EH70. DIACs (diode-controlled rectifiers) are two-terminal devices with a third controlling terminal that alternates between forward and reverse biased positions. When the control terminal is forward biased, current flows from anode to cathode, which is dependent on the device\'s turn-on voltage, typically around 34 V. SIDACs (switching diode AC switches) are a fourth family of thyristors, capable of conducting current in either direction, thus making them ideal for use in AC circuits. The K2000EH70, on the other hand, is a three-terminal thyristor that is typically used for power control applications.

The K2000EH70 utilizes a process of triggering a current flow through its gate terminal to turn the thyristor on. Once the gate voltage of the K2000EH70 exceeds its threshold voltage, the device enters its active conduction mode, allowing current to flow through its anode and cathode terminals. A resistive load is connected across these terminals in order to limit the current flow. The device is then turned off by either cutting off the gate voltage or reversing the voltage across its anode and cathode terminals, causing the device to enter its non-conducting state. The device will then remain in this state until the gate voltage is reapplied.

The K2000EH70 is commonly used in power control applications, such as motor speed regulation, patient monitoring systems, HVAC control systems, AC/DC converters, traction control systems, electrical welding, and gate control systems. As its turn-on voltage is relatively low, the K2000EH70 is considered to be one of the most efficient thyristors available, making it highly suitable for use in many power control applications. In addition, its ability to quickly react to changes in voltage makes it ideal for many switching applications.

In conclusion, the K2000EH70 is a thyristor well suited for power control applications, such as motor speed regulation, patient monitoring systems, HVAC control systems, AC/DC converters, traction control systems, electrical welding, and gate control systems. It uses a process of triggering a current flow through its gate terminal to turn the device on, and then is turned off by either cutting off the gate voltage or reversing the voltage across its anode and cathode terminals. The device is known for its low turn-on voltage and fast reaction time, making it highly suitable for power control applications.

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