P4SMA130A-E3/61 Circuit Protection

A surge protection diode, sometimes referred to as a TVS diode, is an electrical device which is designed to limit the voltage of a circuit. The P4SMA130A-E3/61 is an advanced surge protection diode which can protect your circuits and devices from high voltage spikes. It is a low-power design, with a low-threshold, low-clamping voltage, and minimum leakage.

The P4SMA130A-E3/61 is designed for use in various different types of electrical applications, including computers, telecommunications, consumer electronics, and industrial equipment. It can be used to protect circuit boards, power supplies, and other delicate electronic components from overvoltage damage. The P4SMA130A-E3/61 is a low capacitance diode, with a low capacitance-to-voltage ratio, making it ideal for high-speed applications such as high-speed modems, transceivers, and other high-frequency equipment.

The working principle of the P4SMA130A-E3/61 is simple and efficient: when an overvoltage, or transient surge, occurs, the device quickly responds and begins to conduct. The device quickly clamps the voltage, limiting the current to a safe level. Once the overvoltage has passed, the device returns to its normal inactive state. The P4SMA130A-E3/61 is designed to withstand up to 2,800V of surge voltage, making it suitable for a wide range of applications.

The P4SMA130A-E3/61 is a cost-effective solution for protecting electronics and other components from transient voltages. It is a reliable device which offers maximum protection in a minimum amount of space, and its fast response time makes it suitable for high-speed applications. It is an easy-to-use device, and can be quickly and easily installed in any circuit or device.

The P4SMA130A-E3/61 is a reliable and cost-effective solution for protecting circuit boards, power supplies, and other delicate electronic components from overvoltage damage. Its fast response time and compact size make it suitable for a wide range of applications, and it is easy to install and use.