SMBG150CAHE3/52

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TVS diodes are an integral part of today\'s devices. They are small, inexpensive devices that protect electrical equipment from external transient overvoltages. The SMBG150CAHE3/52 is a TVS diode that is designed -– and manufactured -– to protect low voltage, high-speed electronic circuits from overvoltage transients that can damage or destroy even the most well-designed circuits.

This diode is constructed of a special luminescent ceramic material with an overlay of silvery-silver-dichromium-ferrite-insulated metal. It is manufactured to be compatible with a wide range of common industry specified standards, and it is designed and manufactured in accordance with DIN EN standards regarding electrical contact and insulation. It has a maximum working voltage rating of 500 volts, and the rated current is 6 amperes.

The SMBG150CAHE3/52\'s operating principle is that it acts to protect the electrical equipment it is connected to from high-frequency transients, such as lightning or electrostatic discharge, which can cause a sudden surge of voltage into the electrical equipment and cause serious damage to it. The diode works by allowing only a predetermined voltage to pass through and terminating the current if a higher voltage is detected. By limiting the voltage, the device helps protect the equipment from the harmful effects of the transient surge.

This diode has a wide array of applications, from low voltage power supplies and automotive applications to industrial and telecommunications equipment. It is suitable for use in automotive electronic systems, computers, and other equipment that is susceptible to external transient overvoltages. Additionally, the diode has been successfully tested and certified for use in MIL-STD applications, providing further assurance of its superior performance.

The SMBG150CAHE3/52 is a reliable and extremely effective device for protecting electronic equipment from transient voltage surges and damages. Its reliable operating principle, wide range of applications, and superior performance make it a favored choice for a variety of applications.

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