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...Varistor 780J 3600Pf For Amplifiers Quick Detail: • Wide voltage range selection - from 14 VRMS to 680 VRMS.This allows easy selection of the correct component for the specific application. • High energy abs...
...the specific application. • High energy absorption capability with respect to size of component. • Response time of less than 20 ns, clamping the transient the instant it occurs. • Low stand-by power - virtu...
... capability with respect to size of component. • Response time of less than 20 ns, clamping the transient the instant it occurs. • Low stand-by power - virtually no current is used in the stand-by condition....
... application. • High energy absorption capability with respect to size of component. • Response time of less than 20 ns, clamping the transient the instant it occurs. • Low stand-by power - virtually no curr...
...the specific application. • High energy absorption capability with respect to size of component. • Response time of less than 20 ns, clamping the transient the instant it occurs. • Low stand-by power - virtu...
...Varistor Block Transient Supressor Quick Detail: • Wide voltage range selection - from 14 VRMS to 680 VRMS.This allows easy selection of the correct component for the specific application. • High energy abso...
...Varistor Quick Detail: • Wide voltage range selection - from 14 VRMS to 680 VRMS.This allows easy selection of the correct component for the specific application. • High energy absorption capability with res...
...energy absorption capability with respect to size of component. • Response time of less than 20 ns, clamping the transient the instant it occurs. • Low stand-by power - virtually no current is used in the st...
...Varistor Quick Detail: • Wide voltage range selection - from 14 VRMS to 680 VRMS.This allows easy selection of the correct component for the specific application. • High energy absorption capability with res...
...Varistor 430V Quick Detail: • Wide voltage range selection - from 14 VRMS to 680 VRMS.This allows easy selection of the correct component for the specific application. • High energy absorption capability wit...
...energy absorption capability with respect to size of component. • Response time of less than 20 ns, clamping the transient the instant it occurs. • Low stand-by power - virtually no current is used in the st...
...Varistor Quick Detail: • Wide voltage range selection - from 14 VRMS to 680 VRMS.This allows easy selection of the correct component for the specific application. • High energy absorption capability with res...
...Varistors(MOV) Standard Quick Detail: • Wide voltage range selection - from 14 VRMS to 680 VRMS.This allows easy selection of the correct component for the specific application. • High energy absorption capa...
... application. • High energy absorption capability with respect to size of component. • Response time of less than 20 ns, clamping the transient the instant it occurs. • Low stand-by power - virtually no curr...
...Varistor This series of ESD chip varistors is specially developed for electrostatic discharge protection, fully compliant with IEC61000-4-2 (Contact ±30KV) and ISO7637-2:2004(E) standards, supporting Pulse 1...
MYG3 14K 625 General Purpose MOV A varistor is a resistive device with non-linear volt-ampere characteristics, which is mainly used for voltage clamping when the circuit is subjected to overvoltage, absorbing e...
...Varistor , Dip Type MOV Varistor 20D2911K Features of Metal Oxide Varistor: 1. Radial leaded type 2. VM(AC)RMS voltage range from 130V to 1000V 3. Energy absorption capability up to 360J 4. UL ,VDE ,CSA Cert...
...characterized by: at a specified temperature, when the voltage exceeds a critical value, its resistance value will sharply decrease, the current through it sharply increase, voltage and current do not show a...
...Varistor With Epoxy Coat For Motorizes Furniture Specification : P/N AC Voltage DC Voltage Varistor Voltage UL 07D220K 14 18 22V (20-24) √ Custom specifications can be designed according to customer's requir...
... of the varistor is related to the voltage applied at both ends. When the voltage applied to the varistor is within its nominal value, the resistance of the resistor is infinite, and almost no current flows....