Metal Oxide Varistor

Standard D Series 7mm Disc 07D271K 271 270V Zinc Oxide Metal Oxide Varistor 175VAC 225VDC Voltage Dependent Resistor Characteristics High performance transient voltage suppression Short response time to surge voltage Low standby power dissipation Excellent clamping characteristics High performance withstanding surgecurrents High reliability UL, CSA, VDE and SEV recognized Part Numbering Part Number Vac (V) Vdc (V) V1mA (A) Ip (A) Vc (V) I(A) Standard I(A) High Surge (J)

Large Absorbing Nonlinear Big Size 275V RMS 32mm MYL Metal Oxide Varistor MOV 32D431K Voltage Dependent Resistor VDR Brief Introduction Varistor is nonlinear resistor mainly composed of zinc oxide as the main material of metal oxide semiconductor components,and they can be divided into symmetric (non-polarity) and asymmetric (with polarity) according to the voltage-ampere characteristic.The nonlinear resistors are more sensitive to voltage, when voltage reached one set value,

Overvoltage Suppression Fast Response VDR 25mm Zinc Oxide Varistor Resistor 25D101K 100V For Surge Protection Description The 25D series radial leaded varistors provides an ideal circuit protection solution for lower DC voltage applications by offering higher surge ratings than ever before available in such small discs. The maximum peak surge current rating can reach up to 18KA (8/20 μs pulse) to protect against high peak surges, including indirect lightning strike interferen

High Surge High Voltage Ceramic Transient Voltage Suppressors 3225 MLV Chip Multilayer Varistors MVR1210-431G 1210 431V Description Multilayer Chip Varistors (MLV) are Transient Voltage Suppressors (TVS) which manufactured from semicon ductingceramics by the highly advanced multilayer formation technologies, which can offer rugged protection, excellent transient energy absorption and internal heat dissipation. The devices are leadless chip form, eliminating lead inductance

SMD 0402 Normal Surge Protection Chip MOV Multilayer Metal Oxide Varistor 14V 10A 1005 Transient Voltage Suppressors APPLICATIONSOver-voltage and transient voltage protection:• Data lines and I/O port protection• Protection against ESD transients• On-board protection of IC’s and transistors• Modem protection• LCD protection• ESD protection in mobile phones and accessories• ESD protection in data bus applications• ESD protection in control electronics, lighting/ LED and

High Voltage HEL ZOV Blue Radial Leaded 20mm Disc VDR Varistor 20D471K 470V 10% 4.5KA High Surge Type 350J Available General Information The MOV-20DxxxK Series of 20 mm radial leaded varistor devices protects against overvoltage transients such as lightning, power contact and power induction. The metal oxide varistors offer a choice of varistor voltages from 18 V to 1800 V and Vrms voltages from 11 V to 1100 V. The devices have a high current handling, high energy absorption

Surface Mount MLV MLCV SMD 1608 Metric Multilayer Chip Metal Oxide Varistor MVR0603-8R0G 8V 30A For Surge Protection DESCRIPTION The MVR series is metal oxide based chip varistor for transient voltage suppression. They have non-linear voltage-current behavior, similar to zener diode. Multilayer structured varistor, however, shows superiority in electrical reliability than zener diode, since each grain exhibits small p-n junction. In addition, MVR series shows better

5750 5650 Surface Mount Multilayer Metal Oxide Varistors MLV MVR2220-391G 5.7x5mm 391V 500A Transient Surge Suppressors Description The surge protection series comprises a range of multilayer varistors for protection against severe transient overvoltage and high surge currents, such as 8/20 µs pulses with peak currents up to 6000 A and 10/700 µs pulses up to 45 A. Dimension (mm) Type Length(L) Width(W) High(H) Termination(L1) 2220 5.70±0.20 5.00±0.20 4.50 (max) 1.00±0.30

UL Approved ZNR Transient Surge Absorbers Metal Oxide Varistor 05D471K 5mm 470V 300VAC 385VDC 800A 0.1W 21J Features ● Large withstanding surge current capability in compact sizes ● Large “Energy Handling Capability” absorbing transient overvoltages in compact sizes ● Wide range of varistor voltages ● RoHS compliant Recommended Applications ● Transistor, diode, IC, thyristor or triac semiconductor protection ● Surge protection in consumer electronic equipment ● Surge

350 V 3 Electrode Gas Discharge Tubes SMD GDTs 6x8mm 3 Pole Gas Plasma Arrestors Features ■ Provide ultra-fast response to surge voltage from slow-rising surge of 100V/s to rapid-rising surge of 1KV/μs. ■ Stable breakdown voltage. ■ High insulation resistance. ■ Low capacitance (≤2pF) ■ High holdover voltage ■ Large absorbing transient current capability. ■ Micro-Gap Design ■ Size: 6.0mm*8mm ■ Storage and operational temperature: -40℃ ~ +85℃ ■ Meets MSL level 1, per J-STD-020

Low Capacitance SE8 Series 3 Electrode 8x10mm Ceramic Gas Discharge Tube GDT 75-600V 20% 10KA For Power Supplies Description Gas discharge tubes (GDT) use noble gasses enclosed in ceramic tubes to provide an alternate circuit path for voltage spikes.The ceramic envelope and with nickel connectors allow for high loads and Surging offers products that function at 20KA,40KA,50KA,60KA,100KA&150KA.The breakdown voltages of the devices have a wide range (up to 20% tolerance).Major

Low Leakage Current 14mm Disc 3Pin Metal Oxide Varistor TMOV 300Vac Thermally Protected With Thermal Cutoff TCO TMOV Description The TMOV and iTMOV thermally protected varistors represent a new development in integrated circuit protection. Both versions are comprised of radial leaded MOVs (Metal Oxide Varistors) with an integrated thermally activated element designed to open in the event of overheating due to the abnormal overvoltage, limited current, conditions outlined in

EPCOS Cross Customized Radial Leaded Standard SIOV Metal Oxide Varistor 14D511K ZOV VDR MOV With UL CUL VDE CSA ROHS General Ao littel Metal Oxide Varistors provide reliable and economical protection against high voltage transients and surges which may be produced, for example, by lightning, switching or electrical noise on AC or DC power lines. They have the advantage over transient suppressor diodes in as much as they can absorb much higher transient energies and can