IXBOD1-15R

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TVS, or transient voltage suppressors, are increasingly popular components used in electronic circuits to protect devices from potentially damaging transients. As such, IXBOD1-15R TVS are excellent products for providing reliable electrostatic discharge (ESD) protection. This article examines the application fields and working principle of an IXBOD1-15R TVS, classified under the umbrella category of mixed technology.

Mixed technology is a combination of both solid state and gas technologies. In this sense, IXBOD1-15Rs belong to the family of TVS devices that are of hybrid designs, and hence, possess some properties of both solid state and gas dischargers. The IXBOD1-15R is an advanced ceramic diode designed for the purpose of suppressing transient voltages such as those generated by electrostatic discharge and other electrical transients. This product is suitable for a wide range of applications, such as consumer electronics, computer systems, and high-end automobiles.

The IXBOD1-15R is a unidirectional TVS for insertion in lines, allowing for maximum peak pulse power (ppp) to be dissipated up to 1500 watts for all package types. It features bi-directional protection against ESD, offering short circuit and clamping voltages near breakdown to protect against transients of up to 5kV. Additionally, it has a low clamping voltage of 33V, making it suitable for a range of high-speed differential applications.

The working principle of an IXBOD1-15R TVS is based on the operation of its hybrid structure. This design combines the qualities of a solid state diode and a gas discharge tube, which works to clamp high-voltage transients. When voltage reaches levels that could be damaging to the host device, the TVS diode activates. Its P+ layer – which acts as a capacitance – stores up the charge from the transient, and its N+ layer – which acts as a resistance – attempts to dissipate the energy. If the voltage exceeds the device’s breakdown voltage, it will attempt to source current while clamping the voltage. This allows the device to absorb excess energy, thereby ensuring the safety and longevity of the protected device.

In conclusion, IXBOD1-15R TVS are excellent products for providing reliable electrostatic discharge protection. Utilizing a hybrid design that combines the qualities of both solid state and gas discharge technology, this device is capable of clamping dangerous voltage transients, ensuring the safety and longevity of the connected devices. By combining the excellent properties of both solid state and gas dischargers, the IXBOD1-15R TVS is a suitable product for applications ranging from consumer electronics t o high-end automobiles.

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