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TVS (Transient Voltage Suppressors) are used to protect circuits and components from over voltage and electrostatic discharge (ESD). The mix technology is based on a combination of two or more technologies like zener, diode, MOSFET, or any other silicon based technology. The exact type of mix technology used in TVS depends on the application and design requirement.

A typical example of mix technology is a TVS device which uses both zener and diode technologies in order to protect against various types of transients. The first part of the device is a zener diode which acts as the main voltage clamp with a breakdown voltage close to the desired overvoltage protection parameter. The second part of the device is a diode which acts as an ESD clamp. The diode is usually capable of clamping transients up to several hundreds of volts. The combination of these two technologies provides a multi-level of protection against overvoltage and ESD.

The application field of TVS mix technology extends from consumer electronics to industrial applications. In consumer electronics, these devices are often used to protect sensitive and expensive components like integrated circuits, microprocessors, memory chips, and other integrated circuits from overvoltage or ESD. In industrial applications, they are often used to protect against power surges, transients, and other high voltage transients.

The working principle of TVS mix technology is based on the idea of using two different technologies to reduce the risk of overvoltage or ESD damage to the circuit. The zener diode acts as the main voltage clamp and clamps transients down to a point at which the internal circuit components are not damaged by the overvoltage. The diode acts as an ESD clamp and clamps transients to a certain point to prevent ESD damage. By combining the two technologies, the risk of overvoltage and ESD is reduced significantly.

Due to its wide application field and superior working principle, mix technology is becoming increasingly popular in TVS applications. It provides a high level of protection against both overvoltage and ESD and is suitable for use in both consumer electronics and industrial applications. It is important to ensure that the correct combination of technologies is selected to ensure that the device can provide the highest levels of protection.

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