X0202NUF Discrete Semiconductor Products

X0202NUF is a type of thyristors. It belongs to a family of semiconductor devices known as silicon controlled rectifiers (SCRs). As a type of thyristor, X0202NUF can be used in high-current applications and provides fast switching capability with minimal loss of energy. As an SCR, X0202NUF is designed to allow current to flow in a single direction only and its design makes it resistance to voltage transients.

X0202NUF is a high-power device and is suitable for use in applications such as motor control and lighting control. In these types of applications, X0202NUF thyristors can regulate the speed of an electric motor or switch a light bulb on and off at regular intervals. In addition, X0202NUF can be used for welding, rectification and switching control and protection functions in power electronic circuits.

The working principle of X0202NUF SCR is based on the variable breakdown characteristics of its silicon-controlled rectifier structure. Upon application of a voltage to the gate-cathode junction, the device behaves as a normal diode. However, when the gate-cathode voltage exceeds a certain breakdown voltage, current will flow through the device, allowing for current conduction for a limited time and without further gate bias. This allows for the device to be used as a switch in applications that require fast switching and minimal energy loss.

The X0202NUF SCR is packaged in a standard 3-leaded surface-mountable plastic package. It requires a minimum gate current of 5mA to trigger the device and can operate up to a blocking voltage of 600V. The device also has a maximum ON-state current of 20A and a maximum reverse voltage of 600V. Additionally, the X0202NUF SCR can provide very fast switching time and has a turn-off time of less than 250nS.

The X0202NUF SCR is a high-power thyristor that is ideal for applications such as motor control, lighting control and welding. The device has fast switching capability and minimal energy loss and is suitable for high-current applications. It is packaged in a standard 3-leaded surface-mountable plastic package, requires a minimum gate current of 5mA to trigger the device and can withstand blocking voltages up to 600V.