1SMC6.5AT3

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TVS - Diodes are often used as surge protection elements in order to protect sensitive components from overvoltage. One common example of a TVS - Diode is the 1SMC6.5AT3.

The 1SMC6.5AT3 is designed for transient voltage suppression applications, and it\'s usually found in the following environments: industrial, commercial, communications, and automotive. It can support up to 6.5 amperes of current and can handle peak surge currents up to 19 amperes.

The 1SMC6.5AT3 offers a fast response time of less than 1 nanosecond, which allows the device to suppress transients that occur before the surge protection element can be activated.

The working principle of the 1SMC6.5AT3 is that a low on-state voltage drop is achieved due to the avalanche break down mode. This mode allows the device to reduce its current to a low level when the applied voltage exceeds a certain threshold, thus preventing the surge current from flowing into the protected component.

The device also offers a low clamping voltage, which is a measure of voltage across the device when a current surge is applied. The low clamping voltage helps protect sensitive components from high voltage levels due to surge current.

Furthermore, the 1SMC6.5AT3 features overvoltage protection, which helps protect circuits from overvoltage caused by power surges or AC line disturbances. The device also offers overshoot protection, which helps prevent the output voltage from exceeding the designed limit during power up.

The 1SMC6.5AT3 also offers a redundant feature, which enables the device to be connected with other TVS components in order to enhance the surge protection capabilities. This feature helps to reduce the chances of system failure due to power surges.

The 1SMC6.5AT3 is designed to be a reliable surge protection device and is suitable for use in a variety of applications. It is designed to handle peak surge currents of up to 19 amperes and offer a fast response time of less than 1 nanosecond.

The device is also able to provide a low on-state voltage drop, low clamping voltage, and overvoltage protection. It also provides redundancy features, which helps to enhance the surge protection capabilities of the device.

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