CPDER12V-HF Circuit Protection

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TVS-Diodes are component devices that provides surge protection and voltage clamping for sensitive systems. CPDER12V-HF is a transient voltage suppressor diode widely used in power supplies, computers, and other electronics. It is designed to protect electronic components from high-voltage, high-frequency power transients. The CPDER12V-HF is particularly useful for suppressor transient voltage spikes caused by switch mode power supplies with high frequency ripple voltage.

The CPDER12V-HF Transient Voltage Suppressor (TVS) Diode is a surface mount diodes designed to safely suppress transient voltage levels of up to 12 V. It is designed to handle up to 10 A of continuous current. The CPDER12V-HF can be used for both linear and switch-mode power supplies, including switching power converters, power over Ethernet applications, and alike. It can also be used in applications such as telecommunications, automotive, and industrial systems.

The CPDER12V-HF has a fast switching speed, high frequency (up to 20 MHz) response, and low capacitance. The diodes are also designed to quickly respond to high-voltage, high-frequency transients in both directions, continuously protecting sensitive circuitry. The fast response time makes this TVS diode particularly suitable for protecting against fast overvoltage transients, preventing circuit damage and providing protection for sensitive electronics.

The CPDER12V-HF TVS diode is constructed from a series of diodes connected in parallel offering a low forward voltage drop. The diode is connected to the circuit using two small holes. As the voltage reaches the breakdown voltage the diode will clamp the voltage. This then causes the excess energy to be dissipated as heat instead of being transmitted to the rest of the circuit.

The CPDER12V-HF TVS diode is an ideal solution for protecting sensitive electronic equipment from power transients. It is low cost, easy to install, and provides reliable and effective protection against high-voltage transients. Its fast response time makes it suitable for use in multiple applications. It is also a good choice for high-frequency power transients, due to its low capacitance and high frequency response.

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