V20P35P

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TVS - Varistors, MOVs (Transient Voltage Suppression Devices) are widely used in industries ranging from domestic electronics to professional power and data transmission devices. They can be used to protect against high-voltage transients, often correctly referred to as surge protection devices, especially in the more sensitive areas of electronics. A V20P35P is a type of surge protection device, which is typically utilized to protect vulnerable components from the damaging effects of sudden power surges.

The main function of V20P35P devices is to provide protection from occasional over-voltage events. When the voltage exceeds the rated value for a short amount of time, the protection device responds and introduces an increased resistance to the circuit to prevent damage. This reduces the peak voltage seen by the downstream load and dissipates the excess energy as heat. These devices not only provide protection for the sensitive components in the circuit but also reduce the amount of electromagnetic interference (EMI) within the systems, therefore making them an ideal choice in a variety of applications.

The working principle of V20P35P devices is based on the concept that, when subjected to excessive voltage, the resistors within them absorb the voltage and get damaged in the process. This process is known as the “crow-bar” action. During a surge, the resistors start to dissipate the voltage and the high current causes the affected parts to be immediately destroyed. To protect the downstream components, the V20P35P device sends a signal indicating the excessive voltage, allowing the downstream devices to shut down until the voltage subsides.

The V20P35P are designed for protection of sensitive electronics, such as computers, LCDs, and digital TVs, from transient voltage issues. The device is also suitable for power management and suitable as an interface between the power line and the load without the need for additional circuitry. V20P35P devices can also be used to protect coils, relays, and capacitors from high surge voltages, providing reliable and long-lasting protection.

Generally, environmental conditions, such as temperature and humidity, are taken into account when designing and selecting the correct V20P35P for the application. To ensure the best protection, the device must be suitable for the application and able to handle the given input voltage. Additionally, the device should be chosen of sufficient rating to handle the possible over-voltage transients that could occur in the circuit.

In conclusion, V20P35P devices can be a great addition to your circuit protection. They are often used in industrial and commercial applications, as well as for protecting consumer electronic devices from damage caused by power surges. The V20P35P devices are designed to absorb sudden voltage spikes, dissipating the excess energy as heat and triggering the downstream devices to shut down until the voltage subsides. This provides reliable, long-lasting protection for vulnerable components in the circuit and reduces the risk of component damage.

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