VE13M00170K--

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VE13M00170K is a type of surge protection component specifically designed for electronic products. It is categorized as a transient voltage suppressor (TVS), also known as a mov, because it is designed to suppress transients, or temporary surges in voltage, by redirecting them to the ground. Its purpose is to protect the components of the electronic product from extreme voltage and current fluctuations.

TVs, or transients, are short-lived pulses of electricity that can disrupt the operation of electronic circuits in the application. The TVS, or MOV, works by providing a path of lower resistance than the circuit it is protecting. When the voltage exceeds a predetermined threshold, the voltage diverts through the MOV, preventing it from entering the circuit. The TVS also has a higher rate of current flow than the circuit it is protecting, so it provides additional protection from current spikes.

The VE13M00170K TVS is designed with a high clamping voltage as a form of protection for electronic components from transient overvoltage. It also provides protection from electrostatic discharge (ESD) up to 20kV, allowing the device to be more robust against sudden changes in voltage. The device also features a low dynamic resistance and a low capacitive voltage coefficient which make it suitable for protecting multiple devices in a single application.

A key feature of the VE13M00170K is its fast response time. This helps to ensure that the device responds quickly to sudden changes in voltage or current and tries to redirect them away from the protected components. With the fast response time of the component, it can prevent the components from suffering significant damage when they are exposed to transients.

The device is also designed with a wide operating temperature range, allowing it to withstand extreme temperatures. The VE13M00170K is also resistance to abrasion and corrosion due to its robust design. With these features in place, it can ensure that it is capable of protecting the electronic components from the various conditions they may be exposed to over time.

The device is also designed to be compact and low profile, making it suitable for installation in tight spaces. It also has an RJ45 compatible package, allowing for easy integration into the necessary circuitry. With such features, the VE13M00170K can provide the necessary protection for the components of the application with minimal space requirements.

In summary, the VE13M00170K is designed to safeguard the components of an application from transient overvoltages and electrostatic discharge. It allows for a fast response time, wide operating temperature range, and is also resistant to abrasions and corrosion. Compact in size, the device can safeguard multiple components in the same application, while still ensuring an effective level of protection.

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