3KASMC17AHE3/9AT

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TVS - Diodes are widely used in many industries, and the 3KASMC17AHE3/9AT is no exception. It is one of the most commonly used TVS - Diodes available, and can be found in a variety of applications. This article will look at the 3KASMC17AHE3/9AT\'s application field and working principle.

Applications of the 3KASMC17AHE3/9AT

The 3KASMC17AHE3/9AT can be found in a wide variety of applications such as automotive, industrial, and consumer products. It is used in automotive applications to protect CAN bus lines from electrical interference. In consumer applications, the 3KASMC17AHE3/9AT is used to protect DC/DC converters, laptops, and computers. In industrial applications, the 3KASMC17AHE3/9AT protects motors, controllers, power supplies, and electronic components from overvoltage, transients, and power surges. The 3KASMC17AHE3/9AT is also used in medical equipment to protect patient data from electrical interference.

Working Principle of the 3KASMC17AHE3/9AT

The 3KASMC17AHE3/9AT is a silicon avalanche diode. It is designed to operate as a voltage dependent, current limited switch. When the peak voltage across the diode exceeds the breakdown voltage, the diode begins to conduct. The current then starts to increase, and the diode automatically limits the current to a safe level.

The TVS diode is connected in parallel with the device it is protecting, and it has a very low on-state resistance. This means that the diode has minimal effect on the operation of the protected circuit, even when it is in the conductive state. When the peak voltage drops below the breakdown voltage, the diode stops conducting and the device is back to its normal operating state.

Conclusion

The 3KASMC17AHE3/9AT is a versatile and reliable TVS - Diode, that is widely used in many different applications. It is a silicon avalanche diode, and it operates by allowing current to flow when the peak voltage across the diode exceeds the breakdown voltage. It is designed to limit the current to a safe level, and it has a very low on-state resistance which means that it has minimal effect on the operation of the protected circuit. It is a popular choice for automotive, industrial, and consumer applications.

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