MUR10040CTR

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

MUR10040CTR is a multi-channel high-voltage Avalanche Diode Array. It is a surface-mounted diode array used for circuit protection and monitoring applications. The main application field for this diode array is over-voltage protection for high-voltage AC/DC voltage sources, such as renewable energy sources, computers, communications, consumer electronics, and other similar areas. The MUR10040CTR is available in a wide range of package options and offers high performance, high reliability, and high efficiency.

The working principle of MUR10040CTR is based on the use of avalanche breakdown technologies. As such, when voltages are either too high or too low, the diodes within the array are triggered and a switching action is initiated. This switching action results in the diode array efficiently dissipating the excess energy, protecting the underlying circuit and preventing potential damage.

The MUR10040CTR also benefits from its high efficiency, as it is designed in a way that it requires minimal current when activated. Furthermore, the diode array also allows for fast reverse recovery times and minimal overshoot, ensuring that the protection is instantaneous, effective, and does not result in any additional damage. The MUR10040CTR is also available in a series of thermal packages, which helps promote efficient dissipation during operation.

The MUR10040CTR is an ideal choice for a wide range of applications due to its many advantages. It allows for a high level of protection in all types of voltage sources, and can easily switch between AC and DC power sources. Thanks to its high efficiency, the diode array does not require much current during activation, and can remain active for a long period of time. Finally, the MUR10040CTR provides reliable, instant protection with the use of avalanche breakdown technologies, ensuring that any potential danger is avoided.

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