SV320K20電路保護的TVS-壓敏電阻MOV規(guī)格書PDF中文資料

Features:

Standard Varistor Types

? AC operating voltage (Vrms) from 60V to 680V

? DC operating voltage (Vdc) from 85V to 895V

? 6 model sizes equivalent to standard disc varistors from 5 mm to 23 mm

? Smaller nominal dimensions

? Broad range of current and energy handling capabilities

? +85oC continuous operating temperature

? Low clamping voltage

? Available with straight and crimped leads

? UL1449, 3rd Ed. and CSA C22.2 certified

? Available in tape and reel for automatic pick and place

? 100 RoHS compliant and lead free without exemption

? Halogen free

? REACH compliant

Full Custom Parameter Design Varistors

? AC operating voltage range (Vrms) from 60V to 1000V

? DC operating voltage (Vdc) from 85V to 1300V

? Indefinite number of both square and rectangular shape, the maximum one being 23 x 23 mm

? Broad range of current and energy handling capabilities

? +125oC continuous operating temperature

? Electrical parameters available for custom designs are: AC / DC operating voltage, leakage current, clamping voltage, maximum surge current, energy absorption level, maximum dissipation power and threshold voltage temperature coefficient

? Available in tape and reel for automatic pick and place

? 100 RoHS compliant and lead free without exemption

? Halogen free

? REACH compliant

Description:

The SV Series of transient voltage suppressors are epoxy-coated square or rectangular shaped leaded varistors with AC operating voltage ranging 60V to 680V. There are two versions of these varistors.

The standard version of square varistors, featuring extremely high-current and high-energy capabilities and low clamping voltages, provides an increased level of protection necessary for the transients expected in telecommunications and AC power networks. Compared to standard disc varistors, SV series varistors realize electrical equivalent values in smaller nominal dimensions.

In the custom version of the SV series, a customer can design (on their own or with our help) an optimum varistor with minimum dimensions to satisfy a specific application. A customer can choose from the following parameters: non-standard DC/AC operating voltage, leakage current, clamping voltage, maximum surge current, energy absorption level, maximum dissipation power, as well as shape (dimensions being the function of required electrical parameters and vice-versa.