CTES035V0-G

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CTES035V0-G TVS Diodes are an efficient, compact device used to protect sensitive electronics from voltage transients. In the case of electrical events such as sudden voltage surges, a regular zener diode or three-terminal protection device cannot provide sufficient protection, making TVS diodes well-suited for this application. These devices utilize a high-energy, unidirectional clamping element that will limit voltage transients up to the maximum operating voltage of the device. As such, these diodes are able to provide superior protection compared to other protection devices for electronic systems.

As a TVS diode, the CTES035V0-G is designed to provide maximum ESD protection. It is able to dissipate up to 20A symmetrical peak current and has a very low device capacitance, which helps prevent overloading of sensitive circuitry. The device’s maximum operating voltage is 35V and its maximum stand-off voltage is 5V. The device’s ESD immunology is rated at 15 kV, making it highly suitable for protecting sensitive electronic systems in a wide variety of environments.

The primary application of the CTES035V0-G is for overvoltage protection. It is equipped with a built-in clamping element, which will limit any voltage spike that occurs to the device’s maximum operating voltage of 35V. This limits the amount of damage that any voltage transient can cause to any downstream components. The device also features a low device capacitance, helping to minimize any overloading of the protected circuitry.

In addition to overvoltage protection, the CTES035V0-G is also suitable for electrostatic discharge (ESD) protection. Its ESD immunology is rated at 15 kV, which makes it well-suited for preventing any damage that can be caused by static discharge. This makes the device an ideal choice for protecting any sensitive electronic systems in environments that may contain a high amount of ESD.

The working principle of the CTES035V0-G TVS diode is fairly simple. In the absence of External Inrush Current (EIC), the device is in its Open state. When a voltage transient occurs, the device will switch to a closed state, allowing the current to flow freely in one direction. During this process, voltage across the device will be clamped to the device’s maximum operating voltage of 35V. This limits the amount of damage that any voltage transient can cause to any downstream components.

In conclusion, the CTES035V0-G TVS diode is a highly efficient, compact device used to protect sensitive electronics from voltage transients. It is suitable for both overvoltage protection and ESD protection, and its working principle is simple enough to understand and implement. The device’s low device capacitance and high ESD immunology make it an ideal choice for protecting sensitive electronic systems in a wide variety of environments.

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