SIOVCN1812S60AG Search Results

SIOVCN1812S60AG Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
CN1812K75TELEG2 Abstract: CN1812K115TELEG2 J 243 smd B72580T6750K072 B72580-T6111-K072 CN1812S95AG2 B72580T0600S172 B72580T0950S172 B72580T6111K072 CN1812 Contextual Info: SMD Varistors MLV; Telecom Series Construction • Multilayer technology ■ Termination: nickel barrier CT series or silver palladium (CN series) ■ No plastic or epoxy encapsulation assures better than UL 94 V-0 flammability rating Features ■ Suitable for handling surge voltages of up to 2 kV	Original	8/12-mm CN1812K75TELEG2 CN1812K115TELEG2 J 243 smd B72580T6750K072 B72580-T6111-K072 CN1812S95AG2 B72580T0600S172 B72580T0950S172 B72580T6111K072 CN1812	PDF
k300 varistor Abstract: k300 varistor 3225 diode k460 4032 3225 K300 4032 k300 smd 4032 k460 4032 k300 K300 smd varistor k300 4032 S275BR7 Contextual Info: Metalloxid-Varistoren Metal Oxide Varistors – SIOV – Kennlinie und Schaltzeichen Characteristic and circuit symbol Varistoren sind spannungsabhängige elektrische Widerstände mit symmetrischer U/l-Kennlinie, deren Widerstandswert mit steigender Spannung abnimmt und so den weiteren Aufbau	Original		PDF
SIOV-CN2220S14BAUT0G Abstract: Matsua siemens matsua SIOV-CN1812S60AG siemens varistors Contextual Info: SMD Varistors SMD Derating curves maximum surge current 'm a x =f (>v pulse train) SIOV-CN0805M4G . K14G SI0V-CN1206K50G . K60G SI0V-CN1206M4G . K40G SI0V-CN1206S14BAUT0G 10 3.95 Siemens Matsushita Components rt-i su<9e Sve^ SMD Varistors SM p Derating curves (maximum surge current)	OCR Scan	SIOV-CN0805M4G SI0V-CN1206K50G SI0V-CN1206M4G SI0V-CN1206S14BAUT0G SI0V-CN1812M4G SI0V-CN1812S14BAUT0G SIOV-CN1812K50G SIOV-CN1812S60AG SIOV-CN2220M4G SIOV-CN2220S14BAUT0G Matsua siemens matsua SIOV-CN1812S60AG siemens varistors	PDF
VARISTOR k275 Abstract: K95 varistor S20 K275 varistor varistor s20 k275 "Surge Arresters" pspice siemens automotive relay dc 12v S20K275 sm 323 module Siemens varistor s20k275 k275 varistor Contextual Info: 3 Application and design examples 3.1 Switching off inductive loads The discharge of an inductor produces high voltages that endanger both the contact breaker switching transistor and the like and the inductor itself. According to equation 16 the energy stored	Original		PDF