SMA5J6.5CHE3/5A

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TVS diodes are an important mechanism for protecting electrical and electronic systems from damage due to overvoltage and power surge events - and this is where the SMA5J6.5CHE3/5A come in. This device offers an effective solution for protecting systems against high energy transients and electromechanical interferences.

The SMA5J6.5CHE3/5A is designed as an ultra-low capacitance, high-speed protection device. It is widely used in different applications, such as automotive, power and communications systems. Additionally, the device is also ideal for use to protect input and output terminals of AC and DC switching power supplies.

The SMA5J6.5CHE3/5A has been designed for a variety of applications that need reliable protection from high-energy surges and transients. This device features a low capacitance design, which allows for fast, reliable response times in the event of a surge. Moreover, it is highly resistant to both high- and low-frequency noise.

The working principle of the SMA5J6.5CHE3/5A is relatively simple. This device works by clamping the voltage that is applied to the protected circuit. The device has a nominally-open junction that prevents current from flowing when the voltage is below a certain level. Once the applied voltage exceeds this level, the clamped voltage across the junction will begin to increase, and the clamping current will begin to flow through the device.

The SMA5J6.5CHE3/5A is extremely reliable and effective when it comes to protecting circuits from power surges and transients. With its low capacitance design and fast response time, it is highly recommended for a range of circuit protection applications, such as automotive, communications and power systems.

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