VARISTOR SV Search Results

LVS10033B100

Abstract: LVS20056C160 1005 Ic Data LVS10180B400 LVS10260B580 LVS16033C100 LVS16056C160 LVS20090C200 LVS16140C300 varistor 005
Contextual Info: Chip Varistor DESCRIPTION The LVS 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

20T275E

Abstract: SVR VARISTOR 4T275E 20T140E VARISTOR SVR varistor SVR 561 20T175E 4T140E 20T130E 20T250E
Contextual Info: TMOV Varistor Data Sheet Thermally Protected Metal Oxide Varistor TMOV™ Varistor Features • • Metal Oxide Varistors (MOVs) are rated for specific AC line operating voltages. Exceeding these limits through the application of a sustained abnormal over-voltage condition

Contextual Info: TYPE DESIGNATION HOW TO ORDER SVC 471 D-14A FF 7 Suffix Code Basic Type ZnO Varistor - Packing Style & Lead Variation Classification Varistor Nominal Voltage A : High Voltage - B : Low Voltage (The first two digit indicate significaticant digits)

Contextual Info: SVC180D10B Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage18 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage14 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage36 @I(PP) (A) (Test Condition)5.0 W(TM) Max.(J) Transient Energy800m

Contextual Info: SVC121D05A Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage120 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage102 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage210 @I(PP) (A) (Test Condition)5.0 W(TM) Max.(J) Transient Energy2.8

Contextual Info: SVC120D07B Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage12 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage8.0 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage30 @I(PP) (A) (Test Condition)2.5 W(TM) Max.(J) Transient Energy150m

Contextual Info: SVC121D20A X Diodes Metal-Oxide Varistor (MOV) V(DC) Nom.(V) Varistor Voltage120 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage102 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage200 @I(PP) (A) (Test Condition)100 W(TM) Max.(J) Transient Energy

Contextual Info: SVC680D10B Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage68 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage56 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage135 @I(PP) (A) (Test Condition)5.0 W(TM) Max.(J) Transient Energy3.5

Contextual Info: SVC080D07B Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage8 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage5.5 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage20 @I(PP) (A) (Test Condition)2.5 W(TM) Max.(J) Transient Energy100m

Contextual Info: SVC121D07A Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage120 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage102 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage200 @I(PP) (A) (Test Condition)10 W(TM) Max.(J) Transient Energy10

Contextual Info: SVC080D10B Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage8 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage5.5 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage20 @I(PP) (A) (Test Condition)5.0 W(TM) Max.(J) Transient Energy200m

Contextual Info: SVC121D14A Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage120 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage102 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage200 @I(PP) (A) (Test Condition)50 W(TM) Max.(J) Transient Energy38

Contextual Info: SVC080D05B Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage8 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage5.5 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage22 @I(PP) (A) (Test Condition)1.0 W(TM) Max.(J) Transient Energy50m

Contextual Info: SVC120D10B Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage12 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage8.0 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage30 @I(PP) (A) (Test Condition)5.0 W(TM) Max.(J) Transient Energy250m

Contextual Info: SVC121D10A Diodes Metal-Oxide Varistor MOV V(DC) Nom.(V) Varistor Voltage120 V(RMS) Max. Applied Voltage V(DC) Max. Applied Voltage102 I(TM) Max.(A) Peak Current V(C) Nom. (V) Clamping Voltage200 @I(PP) (A) (Test Condition)25 W(TM) Max.(J) Transient Energy24

IEC-61000-4-2

Abstract: V26MLA1206 V26MLA1206A
Contextual Info: Varistor Products Surface Mount Multilayer Varistors MLVs > MLE Series RoHS MLE Varistor Series Description The fabrication method and materials of these devices result in capacitance characteristics suitable for high frequency attenuation/low-pass filter circuit functions,

Contextual Info: Varistor Products Surface Mount Multilayer Varistors MLVs > MLE Series RoHS MLE Varistor Series Description The fabrication method and materials of these devices result in capacitance characteristics suitable for high frequency attenuation/low-pass filter circuit functions,

Contextual Info: Varistor Products Surface Mount Multilayer Varistors MLVs > MLE Series RoHS MLE Varistor Series Description The fabrication method and materials of these devices result in capacitance characteristics suitable for high frequency attenuation/low-pass filter circuit functions,

V48MLA1206N

Abstract: V18MLA0402N V18MLA0805N MLA Series 13-i
Contextual Info: Varistor Products Surface Mount Multilayer Varistors MLVs > MLA Series RoHS MLA Varistor Series Description The wide operating voltage and energy range make the MLA Series suitable for numerous applications on power supply, control and signal lines. Size Table

Contextual Info: Varistor Products Surface Mount Varistors > CH Series RoHS CH Varistor Series Description CH series transient surge suppressors are small, metaloxide varistors MOVs manufactured in leadless chip form. They are intended for use in a variety of applications

Contextual Info: Varistor Products Surface Mount Multilayer Varistors MLVs > MLA Series RoHS MLA Varistor Series Description The wide operating voltage and energy range make the MLA Series suitable for numerous applications on power supply, control and signal lines. Size Table

Contextual Info: Varistor Products Surface Mount Multilayer Varistors MLVs > MLA Series RoHS MLA Varistor Series Description The wide operating voltage and energy range make the MLA Series suitable for numerous applications on power supply, control and signal lines. Size Table

varistors crossed

Abstract: V22CH8 V27CH8 V33CH8 V39CH8 V47CH8 V56CH8 V68CH8 varistor 275V AC
Contextual Info: Varistor Products Surface Mount Varistors > CH Series RoHS CH Varistor Series Description CH Series varistors are available in a voltage range from 14V to 275V VM(AC RMS), and energy ratings up to 8J. See the Littelfuse Multilayer Suppressor Series also.

MLA1206

Contextual Info: Varistor Products Surface Mount Multilayer Varistors MLVs > MLA Automotive Series RoHS MLA Automotive Varistor Series Description The wide operating voltage and energy range make the MLA Automotive Series suitable for numerous applications on power supply, control and signal lines.