V47ZS1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS – Varistors, MOVs

The V47ZS1 application field and working principle are important aspects to consider when deciding on the right protection device for your application. Varistors and Multi Layer Varistors (MLVs) are commonly used components in the design of gas discharge tubes (GDTS) and metal oxide varistors (MOVs). Both types of component offer different advantages and are categorized by their own distinctive characteristics.

Varistors are ceramics that contain an embedded zinc oxide construction with some added grain boundaries and graphite. A voltage across the device creates a current through the circuit by controlling its resistance. The V47ZS1 is a type of varistor that takes advantage of the zinc oxide layer to provide surge protection. The V47ZS1 has a low voltage-dependent resistance which allows it to remain relatively steady until it reaches its maximum breakdown voltage level.

MLVs are two dielectric layers of epoxy that sandwich an array of zinc oxide discs. The epoxy coating prevents any current from passing through the discs, so they remain relatively stable until their specified maximum breakdown voltage is reached. MLVs are preferred when a higher surge withstand rating is needed compared to a varistor. The V47ZS1 is an example of an MLV that provides excellent surge protection and is designed to endure higher surge voltages.

MOVs are metal oxide varistors which are made up of zinc oxide particles in a conductive paste. When a voltage is applied the zinc oxide particles can be polarized and the resistance changes accordingly. This results in the device able to maintain a lower voltage across the protection system and allow current pulses to pass without damage. The V47ZS1 is a type of MOV that is designed for applications where lower surge protection is needed. It also has a wider operating temperature range compared to other types of MOVs.

The V47ZS1 application field and working principle offer the advantages of providing excellent protection against transient voltages and the current pulses generated by transient events. It is cost effective, easy to install, and provides reliable protection for many applications. The V47ZS1 is suitable for applications such as telecommunications systems, computers, consumer electronics, industrial control systems, computer networking, and a variety of other electronics.

In conclusion, the V47ZS1 application field and working principle offer the advantages of cost effective and reliable surge protection for many applications. It is easy to install and can withstand higher voltages compared to other types of components. It is also suitable for applications in telecommunications, computers and consumer electronics.

The specific data is subject to PDF, and the above content is for reference