Littelfuse V07E320P Cross MYG GNR Disc MOV Metal Oxide Varistor 07D511K

 
Littelfuse V07E320P Cross MYG GNR Disc MOV Metal Oxide Varistor 07D511K 320V 7mm
 
APPLICATIONS Of The Metal Oxide Varistor 07D511K 
 
＊ Transistor, Diode, IC, Thyristor and Triac semiconductor.
＊ Surge protection in consumer electronics.
＊ transistor, diode, IC, thyristor and trial, semi conductor switch element and kinds of electronic equipuent protection
＊ Surge absoption in house-hold appliance.industrial electronies.relav and electro magnetic valva
＊ Electrostatic discharge and noise spike suppressionLeakage-protection switcd over-voltage protection in such communcation apparatus as telephone, miles-controll exchanger
＊ Surge protection in industrial electronics.
＊ Surge protection in communication, measuring and controller electronics.
＊ Surge protection in electronic home appliances, gas and petroleum appliances.
＊ Electrostatic discharges and noise spike suppression.
＊ Relay and electromagnetic valve surge absorption.
 
 
Characteristics Of The Metal Oxide Varistor 07D511K

﹡small figure,large capacitarce and energy
﹡Exthoyline resine-envelopedresponse time<25ns
﹡using ambiend temperature:-40℃~+85℃
﹡insulation resistance>500M
﹡temperature coefficience of varistor voltage:-0.5%/℃
﹡chip diameter: 5.7.10.14.20.25.32.40.50mm
﹡allowable tolerance of varistor voltage :K±10%, L±15%

﹡Broad products range Varistor Voltage : 18 V to 1.8 KV

﹡Fast response to the rapidly rising surge voltage (mμ Sec.)

﹡Excellent non-linearity voltage

﹡Symmetric V-1 characteristics

﹡Great withstanding surge current

﹡No follow-on current

﹡Long Life
 
 
Dimensions Of The Metal Oxide Varistor 07D511K  (mm)

 
 
Electrical Parameters Of The Metal Oxide Varistor 07D511K

More Parts

What is the role of a varistor?

Varistor is a resistor whose resistance value changes with voltage within a certain current and voltage range, or a resistor whose resistance value is sensitive to voltage. Abbreviated as VDR". The resistor body material of varistor is semiconductor, so it is a variety of semiconductor resistor. Nowadays, "zinc oxide" (ZnO) varistor is widely used. What is the use of varistor? The biggest feature of a varistor is that when the voltage applied to it is lower than its threshold "UN", the current flowing through it is extremely small, which is equivalent to a closed valve. When the voltage exceeds UN, it flows through Its current surges, which is equivalent to opening a valve. Using this function, it can suppress the abnormal overvoltage that often appears in the circuit and protect the circuit from overvoltage damage. Now our home color TV power circuit uses zinc oxide voltage Varistor, the threshold voltage of the varistor used here is about 270V. When the power supply voltage is less than 270V (the normal value is 220V), it is equivalent to non-conduction, and when the power supply is abnormal and exceeds 270V for a short time, it conducts Pass, limit the voltage to 270V.