SMF6V5A-M3-08

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A transient voltage suppressor (TVS) diode, such as a SMF6V5A-M3-08, is a device specially designed to limit overvoltages and suppress surge currents. This versatile device, available in both bidirectional and unidirectional configurations, offers high surge current withstand capability and superior clamping capabilities.

The SMF6V5A-M3-08 transient voltage suppressor diode is designed for use in automotive, computing and consumer electronics applications. Typical applications range from lightning protection and surge suppression for industrial and automotive data-line interfaces, to protection of general-purpose microcontroller and microprocessor signal pins from ESD and other transisi. The device also offers high-speed signal clamping and transient suppression protection, circuit overvoltage protection, standalone surge protection, and noise filtering.

This diode is designed for use in automotive, computing and consumer electronics applications and features a peak pulse power rating of 600 W (8 x 20 us) and a 10/1000 us surge current rating of 6.5A (less than 20 A). The device is manufactured in accordance with AEC-Q101 standards, and is rated for operation at the maximum junction temperature of 175ºC.

The working principle of an SMF6V5A-M3-08 consists of a diode connected in reverse bias across the input terminals of the circuit, effectively clamping the input voltage between two predetermined values. During normal operation, the diode is in a reverse blocking mode, with the external voltage not exceeding the breakdown voltage of the device. If a transient event occurs, the diode will conduct, clamping the input voltage to a point that is slightly below the zener breakdown voltage of the device.

The SMF6V5A-M3-08 is an efficient and reliable device for suppressing voltage transients. It is designed to operate reliably and offer superior electrical performance over a wide range of temperatures and environmental conditions. This device includes a variety of features such as low clamping voltage, low capacitance, and fast transient response, making it ideal for a wide range of applications including automotive, computing and consumer electronics.

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