12OHGMA50

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Electrical specialty fuses are essential components in many electrical and electronic systems. 12OHGMA50 is one of the most popular electrical fuses available on the market. This type of fuse is designed for special applications, where low voltage, high surge currents and extreme environmental conditions are required. It is also suitable for use in high current, low voltage circuits.

The 12OHGMA50 fuse is used to protect overloaded circuits from excessive current or short-circuits. It will open a circuit to prevent fires by cutting off power to the circuit to stop the flow of current. This fuse consists of a metal strip of tin, lead, or a combination of both, and a glass or ceramic tube. The metal strip helps to draw heat away from the fuse and the glass tube helps to contain the heat.

The 12OHGMA50 can be used in a variety of applications. It is suitable for protecting high voltage and low voltage switchgear and also works well for applications where non-current limiting fuses are required, such as over-temperature and over-voltage protection. The 12OHGMA50 also works well in medical, biomedical, broadcast, aerospace, military and other applications where high reliability and high performance are critical.

The working principle of the 12OHGMA50 is based on the auto-reset Operation-Amplifier (OA) system. This type of system allows the fuse to accurately detect the small changes in the circuit\'s voltage and current. The OA system also helps to quickly detect and open the circuit in order to protect it from damage. The 12OHGMA50 has a high current clearing time characteristic which ensures complete circuit protection.

The 12OHGMA50 fuse is a reliable choice for a variety of applications and offers superior protection against overloading, short-circuiting, and over-voltage or over-temperature incidents. It is designed to meet the highest safety standards and provides excellent performance in extreme environmental conditions. As a result, it is trusted by many industries and ensures the safe operation of crucial systems.

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