SA60C Circuit Protection

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

SA60C belongs to TVS - Diodes family, which is a kind of unidirectional semiconductor device. It is usually used to protect sensitive electronic equipment from high voltage transient overvoltages, and it is made of silicon diode chip.

SA60C is a versatile device for electronic circuit applications. It is widely used in power systems and other electronic circuits to protect sensitive equipment from transient overvoltage and destructive shorts. Its peak pulse current rating is 600A, which is suitable for many high voltage overvoltage and short circuit protection applications.

The working principle of SA60C is simple. It works by instantly bypassing the high voltage transient to the ground with a short response time when a voltage spike appears on the circuit. The device also has a fast response time (less than 1ns) and a low forward voltage drop (0.3V max). This means that it will not affect the performance of the circuit. Furthermore, the device also has a reverse standoff voltage of 600V and a peak pulse power capability of 100 watts, thus providing effective protection from transient overvoltages.

SA60C can be used in a variety of applications, including protecting electronics from the destructive effects of high voltage surges, and preventing electrical circuits from being damaged by short circuit currents. In addition, it also offers protection from short circuit currents due to its low capacitance characteristics. The device can also be used for protecting sensitive systems from ESD (electrostatic discharge) events.

In summary, SA60C is an efficient and useful device for protecting sensitive electronics from high voltage transient overvoltage and shorts. Its fast response time and low forward voltage drop makes it an ideal solution for many applications. Moreover, its reverse standoff voltage and peak-pulse power capability provide effective protection against transient overvoltages, short-circuit currents, and ESD events.

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