SA16CHE3/73

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TVS - Diodes are devices that are used for over-current protection and are capable of withstanding extreme surge conditions in electronic circuits. The SA16CHE3/73 is a double-sided avalanche circuit breakers that belongs to the TVS - Diodes family. It is designed to protect power system and equipment from electrical overloads.

The SA16CHE3/73 is capable of breaking the overload current path quickly, thus limiting the electric damage to the system or equipment. It is a two-pole device, which increases the over-current protection range and ensures the continuity of the modules even under severe conditions. The double-sided design provides a high level of protection from transients. It also has an adjustable response time, which can be adjusted by changing the set current and reset current levels.

The working principle of the SA16CHE3/73 is simple. It works on the principle of avalanche breakdown, which involves a phenomenon of high-energy electrons passing through a semiconductor material and converting the energy into heat, resulting in a sudden increase in the resistance of the material. When the over-current reaches a certain level, the breaker trips and disconnects the circuit, disconnecting the power supply and preventing further damage.

The SA16CHE3/73 is widely used in various power systems, including high-voltage systems, photovoltaic systems, power control centers, DC and AC distribution systems, and many more. It is also used as an emergent protection device in car electric machines, solar energy systems, electronic equipment, automotive engine control, and industrial automation. Its reliable, strong, and intelligent protection features make it an ideal device for industrial and commercial applications.

All in all, the SA16CHE3/73 is a reliable and efficient TVS - Diode and is highly recommended for over-current protection. With its adjustable response time, it is suitable for a wide variety of applications, making it the perfect choice for any system or device requiring over-current protection.

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