MXLSMBJ2K4.5E3

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TVS - Diodes, or Transient Voltage Suppressors (TVS), are a type of protection device that works by providing a short discharge path for excess voltage in an electrical circuit. The MXLSMBJ2K4.5E3 is a unidirectional, 2 kV TVS diode designed specifically to protect data line interfaces from electrostatic discharge- (ESD-) and surge-induced transients.

MXLSMBJ2K4.5E3 is a diode array, specifically rated to meet the requirements of IEC 61000-4-2 (electrical fast transients / burst); EN 61000-4-4 (surge); and EN 61000-4-5 (powered-induced transients) for airborne ESD protection. It is a surface mount technology (SMT) device that has a surge current capability of 45 A (8/20 μs pulse). The diode features fast response time, low leakage current, high ESD capability, and high capacitance.

The MXLSMBJ2K4.5E3 is primarily used to protect sensitive electronic components or circuits from high voltage transients induced from sources such as electrostatic discharge, lightning, or motor surge current. It has a wide range of application fields which include, but are not limited to, consumer electronics, home and office automation, industrial control systems, automotive, medical and networking applications.

The working principle of the MXLSMBJ2K4.5E3 is based on the principle of a Zener diode. It functions by providing a short discharge path for any electricity which is in excess of the diode\'s breakdown voltage. The excess voltage is then diverted to the ground, thus providing a level of protection to the connected components. Unlike regular Zener diode protection devices, the MXLSMBJ2K4.5E3 has a very low capacitance and fast recovery time. This ensures that it can protect components from high voltage transients with minimal interference to the normal operation of the circuit.

In conclusion, the MXLSMBJ2K4.5E3 is a type of protection device that is used to protect sensitive electronic components and circuits from high voltage transients. It has a wide range of applications and utilizes a Zener diode-based working principle to provide a short discharge path for excess voltages. It is also known for its low capacitance and fast recovery time.

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