2839130

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TVS – Varistors, MOVs are used as surge protectors in electrical equipment and when it comes to 2839130 application field and working principle, they can provide immense benefit for your system. TVSs are mainly used to clamp excessive voltage spikes or transients by providing a path to ground. MOVs are metal oxide varistors which act as a voltage-dependent, low impedance resistor when a transient voltage appears.

TVSs work by diverting transient voltage away from sensitive components and into low impedance paths where it is quickly dissipated as heat. The device is designed to have the threshold set at a voltage that is likely to be encountered. When the incoming voltage exceeds the rated threshold, the device begins to conduct. The devices can also clamp both positive and negative transients. The response time of TVSs is much faster than MOVs, and can respond in less than a microsecond.

MOVs are designed to protect sensitive devices from damage resulting from high energy voltage transients. These transient voltage suppressors are designed to absorb a specific level of energy before tripping or failing, thereby preventing damage to the protected device. MOVs are typically designed for one mode (AC or DC) operation, although they can be designed to operate in both modes. MOVs also have a slower response time than TVSs.

When it comes to 2839130 application field and working principle, these devices provide necessary protection for delicate electronic equipment against damage from voltage spikes. The threshold voltage of TVSs and MOVs is set lower than the supply voltage and current, to absorb damaging transients without causing any further damage to the device. Generally, these surge protection devices are placed between the inbound and outbound wire of a system, so that they can absorb the transient voltage or current before they reach the sensitive electronics.

The 2839130 uses a hybrid construction for optimal surge protection. The hybrid construction consists of two metal oxide varistors (MOVs) and several layers of silicon TVSs, which combine to provide superior performance, short response time, and high surge absorptive capability. The combination of these two devices ensures that the system remains safe even when voltage spikes occur, due to inductive load switching, induced lightning, or any other causes.

The 2839130 has a low capacitance of about 25pF for the purpose of minimizing loss in signal transmission. It also has a high Joule efficiency which ensures that the system remains protected for high voltage and high current transients. The device is also able to filter out conducted EMI in accordance with IEC 61000-4-2 standard. The 2839130 also has a broad operating temperature range, which allows it to provide optimal protection under harsh conditions. Additionally, the 2839130 is RoHS compliant and halogen free, thus making it suitable for use in high-tech equipment.

In conclusion, the 2839130 Varistors, MOVs provide optimal protection against transient voltage and current surges. It is designed with optimum surge protection in mind, and provides a low capacitance, high Joule efficiency, broad operating temperature range, RoHS compliance and halogen free characteristics. Moreover, it is compact and cost-efficient, and can easily be placed between the inbound and outbound wire of a system for efficient protection.

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