SA6.5AHB0G

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TVS diodes, also known as Transient Voltage Suppressors (TVS), are semiconductor diodes that are designed to protect sensitive electronic equipment from electrical transients. It typically consists of an array of several thousand microscopic diodes connected in parallel, and they protect circuits from damaging voltage spikes and other voltage overshoot. The SA6.5AHB0G is a state-of-the-art TVS diode designed for general purpose applications.

The SA6.5AHB0G is able to dissipate energy on pulses from 5A to 43A. The device is mainly used in low power applications, such as brush motor interference and inrush current in power supplies. It also performs well in high-current applications such as in-rush current suppression and transient voltage suppression. The SA6.5AHB0G is RoHS compliant and offers the highest surpressing capability up to 6.5V. It has very low clamping voltage, high peak power dissipation, and very high surge energy absorption.

The working principle of SA6.5AHB0G is fairly simple. It is designed to act as an clamping device in electrical transients such as overvoltage, fast voltage transients, burge current or ESD (electro static discharge). When an overvoltage occurs, the diode will act as a conductor to release any potential spikes to the ground. As the voltage surpasses its clamping voltage, the diode will conduct more current to a specific point in order to reduce the amount of voltage present. This limits the damage done to the components while dissipating the energy released from the overvoltage.

TVS Diodes, such as the SA6.5AHB0G, are a key component in the protection of sensitive electronic equipment from electrical transients, surges and spikes. The device has a very low clamping voltage, high peak power dissipation, and very high surge energy absorption. Furthermore, the SA6.5AHB0G is able to dissipate energy on pulses from 5A to 43A and is suitable for low and high power applications.

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