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Part Manufacturer Description Datasheet Download Buy Part
LTM4600HVIV#TRPBF Linear Technology IC 17 A SWITCHING REGULATOR, BGA104, 15 X 15 MM, ROHS COMPLIANT, MO-222, LGA-104, Switching Regulator or Controller
LTM4600HVEV#TRPBF Linear Technology IC 17 A SWITCHING REGULATOR, BGA104, 15 X 15 MM, ROHS COMPLIANT, MO-222, LGA-104, Switching Regulator or Controller
LTM4600HVMPV#TRPBF Linear Technology IC 17 A SWITCHING REGULATOR, BGA104, 15 X 15 MM, ROHS COMPLIANT, MO-222, LGA-104, Switching Regulator or Controller
LTM4600HVEV Linear Technology IC 17 A SWITCHING REGULATOR, 800 kHz SWITCHING FREQ-MAX, PBGA104, 15 X 15 MM, 2.80 MM HEIGHT, ROHS COMPLIANT, MO-222, LGA-104, Switching Regulator or Controller
LTM4600EV Linear Technology IC 17 A SWITCHING REGULATOR, 800 kHz SWITCHING FREQ-MAX, BGA104, 15 X 15 MM, 2.8 MM HEIGHT, ROHS COMPLIANT, MO-222, LGA-104, Switching Regulator or Controller
LTM4600IV Linear Technology IC 17 A SWITCHING REGULATOR, 800 kHz SWITCHING FREQ-MAX, BGA104, 15 X 15 MM, 2.8 MM HEIGHT, ROHS COMPLIANT, MO-222, LGA-104, Switching Regulator or Controller

104 ZINC OXIDE VARISTOR Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2014 - T10194

Abstract: VARISTOR TVR 471
Text: Zinc Oxide Varistor TVR Type Part No. :TVR05471KST1Y REVISED RECORD SHEET REV. NO REV. DATE REVISED CONTENT Zinc Oxide Varistor TVR Type Part No. :TVR05471KST1Y INDEX Page ■Part , Voltage Curve 9 Zinc Oxide Varistor TVR Type Part No. :TVR05471KST1Y Page 1 Part Number Code , T1Y 1.P:5.0±0.5mm 2.RoHS compliance Zinc Oxide Varistor TVR Type Part No. :TVR05471KST1Y , -40 ~ +85 -40 ~ +125 Zinc Oxide Varistor TVR Type Part No. :TVR05471KST1Y Page 3


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PDF TVR05471KST1Y 00E-03 00E-02 00E-01 00E-06 00E-05 T10194 VARISTOR TVR 471
zinc-oxide nonlinear resistors

Abstract: K 250 VARISTOR ZINC OXIDE VARISTORS ZINC OXIDE VARISTOR VE24M00251K active Zinc oxide disc varistor zinc oxide high VARISTOR
Text: ZINC OXIDE VARISTORS. PROTECTION FUNCTION APPLICATION Definition of the varistor effect The , applied voltage. Thus, a zinc oxide varistor consists of a large number of boundaries (several millions , circuit to the varistor . In conclusion, the practical response time of a zinc oxide varistor usually , Zinc Oxide Varistors General Metal Oxide Varistors are ceramic passive components made of zinc , , industrial, automotive and consumer markets. 2 Zinc Oxide Varistors Introduction or, yet again, by


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1999 - K 250 VARISTOR

Abstract: zinc-oxide nonlinear resistors active Zinc oxide 104 ZINC OXIDE VARISTOR disc varistors VARISTOR 64 ZINC OXIDE VARISTOR VE24M00251K varistor 103 VARISTOR
Text: the zinc oxide grain through heat treatment Figure 4 explains the behavior of a zinc oxide varistor , zinc oxide varistors 5.1 - Intrinsic response time 6 - Varistor voltage (V1mA) 6.1 - Nominal , external circuit to the varistor . In conclusion, the practical response time of a zinc oxide varistor , Zinc Oxide Varistors Introduction ZINC OXIDE VARISTORS. PROTECTION FUNCTION APPLICATION or , symmetrical with respect to zero in the case of zinc oxide varistors. Current = Current


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1999 - disc varistors

Abstract: VE24M00251K active Zinc oxide Bi2O3 K 250 VARISTOR ZINC OXIDE VARISTORS VARISTOR
Text: the zinc oxide grain through heat treatment Figure 4 explains the behavior of a zinc oxide varistor , zinc oxide varistors 5.1 - Intrinsic response time 6 - Varistor voltage (V1mA) 6.1 - Nominal , external circuit to the varistor . In conclusion, the practical response time of a zinc oxide varistor , Zinc Oxide Varistors Introduction or, yet again, by changing the chemical composition of the , semiconducting grains have very low resistivity (a fews ohms/cm). ZINC OXIDE VARISTORS. PROTECTION FUNCTION


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2006 - varistors ve07 2750

Abstract: Varistor VE17 HOW TO TEST VE09 0301 varistor VE 09 0251 VE09 2750 Kyocera crystals ve17 2750 varistor ve 17 AVX BAR code ON THE label avx varistors
Text: . Thus, a zinc oxide varistor consists of a large number of boundaries (several millions) forming a , grain through heat treatment Figure 4 explains the behavior of a zinc oxide varistor . r represents , practical response time of a zinc oxide varistor usually stays below 50 nanoseconds. 6.2 - Tolerance on , 60 80 Figure 21 Generator at 50 + zinc oxide varistor Nanoseconds 7 Zinc Oxide , limitation is achieved by wiring a zinc oxide varistor in parallel across the terminals of the relay


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PDF S-ZOV1M1205-C varistors ve07 2750 Varistor VE17 HOW TO TEST VE09 0301 varistor VE 09 0251 VE09 2750 Kyocera crystals ve17 2750 varistor ve 17 AVX BAR code ON THE label avx varistors
1999 - varistor ve09 2750

Abstract: Varistor VE17 varistor Ve24 VE09 2750 Varistor VE09 ve09 1750 varistor VE 09 0251 varistor ve13 varistor 472 ns b varistors ve07 2750
Text: ZINC OXIDE VARISTORS. PROTECTION FUNCTION APPLICATION Definition of the varistor effect The , applied voltage. Thus, a zinc oxide varistor consists of a large number of boundaries (several millions , zinc oxide varistors 5.1 - Intrinsic response time 6 - Varistor voltage (V1mA) 6.1 - Nominal , external circuit to the varistor . In conclusion, the practical response time of a zinc oxide varistor , . Such limitation is achieved by wiring a zinc oxide varistor in parallel across the terminals of the


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PDF S-ZOV00M999-C varistor ve09 2750 Varistor VE17 varistor Ve24 VE09 2750 Varistor VE09 ve09 1750 varistor VE 09 0251 varistor ve13 varistor 472 ns b varistors ve07 2750
1998 - varistor ve09 2750

Abstract: Varistor VE17 Varistor VE09 varistor 472 ns b varistor ve 17 varistor ve13 2750 AVX BAR code ON THE label 7 VE07 2750 varistor Ve24 ve17 2750
Text: non-linear function of the applied voltage. Thus, a zinc oxide varistor consists of a large number of , of a zinc oxide varistor . r represents the equivalent resistance of all semiconducting grains and , Generator at 50 + zinc oxide varistor Nanoseconds TPC 7 Zinc Oxide Varistors Applications 1 , zinc oxide varistor in parallel across the terminals of the relay characterized by the value of its , A KYOCERA GROUP COMPANY TPC Zinc Oxide Varistors Zinc Oxide Varistors Contents Page


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PDF S-ZOV10M299-R varistor ve09 2750 Varistor VE17 Varistor VE09 varistor 472 ns b varistor ve 17 varistor ve13 2750 AVX BAR code ON THE label 7 VE07 2750 varistor Ve24 ve17 2750
1998 - varistor 05 k 575

Abstract: v 14 k 320 varistor varistor ve09 2750 VE09 2750 VE07 2750 varistors ve07 2750 Varistor VE09 varistor ve 17 ve09 1750 VE 09 2750
Text: applied voltage. Thus, a zinc oxide varistor consists of a large number of boundaries (several millions , zinc oxide varistors 5.1 - Intrinsic response time 6 - Varistor voltage (V1mA) 6.1 - Nominal , external circuit to the varistor . In conclusion, the practical response time of a zinc oxide varistor , . Such limitation is achieved by wiring a zinc oxide varistor in parallel across the terminals of the , protective varistor wired in parallel to the inductance coil. L Figure 26 TPC 9 Zinc Oxide


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PDF S-ZOV10M698-N varistor 05 k 575 v 14 k 320 varistor varistor ve09 2750 VE09 2750 VE07 2750 varistors ve07 2750 Varistor VE09 varistor ve 17 ve09 1750 VE 09 2750
1995 - harris varistor

Abstract: varistor symbol schematic symbol for varistor schematic symbol for metal oxide varistor SURGE 103 varistor schematic symbol for metal oxide varistor SURGE A varistor 103 symbol metal oxide varistor SURGE ARRESTER Varistor 101 v 14 k 130 varistor
Text: Properties Introduction An attractive property of the metal oxide varistor , fabricated from zinc oxide , semiconducting zinc oxide grains, thus forming a space charge A fundamental property of the ZnO varistor is that , composed primarily of zinc oxide with small additions of bismuth, cobalt, manganese and other metal oxides. The structure of the body consists of a matrix of conductive zinc oxide grains separated by grain , voltages. Since electrical conduction occurs, in effect, between zinc oxide grains distributed throughout


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1997 - VARISTOR s14 K50

Abstract: varistor s10 k50 VARISTOR K50 Siemens varistor family 4032 K50 K40 varistor Z5U Metal Oxide Varistor S20 K50 Varistor cu3225 VARISTOR s14 K40
Text: . Figure 2 shows the conduction mechanism in a varistor element in simplified form. The zinc oxide grains , SIemens Matsushita Zinc Oxide Varistor Siemens Matsushita High Capacitive Varistor ("Hicap varistor , protective devices because of their application flexibility and high reliability. The metal oxide varistor , metal oxide varistor on a linear scale, using the SIOV-B60K250 as an example ® Registered trademark , protective device. 1.3 Microstructure and conduction mechanism Sintering zinc oxide together with


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250V 595PH

Abstract: varistor 594 PHILIPS 595PH 130V 595PH VARISTOR 593 PHILIPS 130v 593 philips VARISTOR 593 595-PH VARISTOR 593 ph 30v 30V 595PH
Text: N AMER PHILIPS/DISCRETE SSE D bbS3T3i ooaiaib r-ij-as- METAL OXIDE VARISTORS -1 i Zinc , 103 104 current (A) Fig. 4 Typical V/l characteristic of ZnO varistor 2322 595 52516 for 220 V mains , is above the maximum dissipation, pulses should be used. For instance all zinc oxide types, which are , /DISCRETE ESE D ■bb53131 QQ51&E3 h ■T^/t'à S" METAL OXIDE VARISTORS Table 1. Metal Oxide Varistor , GQBlfl24 3 ■METAL OXIDE VARISTORS Electrical characteristics Varistor characteristics are measured at


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PDF E98144 14480-4790-1001/A1F 250V 595PH varistor 594 PHILIPS 595PH 130V 595PH VARISTOR 593 PHILIPS 130v 593 philips VARISTOR 593 595-PH VARISTOR 593 ph 30v 30V 595PH
2002 - VARISTOR k275

Abstract: k275 VDR 4032 K275 VARISTOR k275 3225 VARISTOR S14 K275 capacitor S14 k275 3225 k275 varistor s10 k275 3225 k50 varistor varistor s20 k275
Text: 2 shows the conduction mechanism in a varistor element in simplified form. The zinc oxide grains , Metal Oxide Varistors: MOV ZnO VDR MLV metal oxide varistor zinc oxide varistor voltage-dependent , reliability. The metal oxide varistor , with its extremely attractive price/performance ratio, is an ideal , Typical V /I characteristic curve of a metal oxide varistor on a linear scale, using the SIOV-B60K250 as , explained in section 2.2. 1.3 Microstructure and conduction mechanism Sintering zinc oxide together with


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3225 k50 varistor

Abstract: VARISTOR s14 K50 3225 K50 VARISTOR s14 K40 varistor s10 k50 VARISTOR K50 VARISTOR S10 VARISTOR S/Metal Oxide Varistor
Text: in a varistor elem ent in sim plified form . The zinc oxide grains them selves are highly conductive , atsushita Metal Oxide Varistor Siem ens M atsushita Zinc Oxide Varistor SHCV = Siem ens M atsushita High , protective devices because of their application flexibility and high reliability. The metal oxide varistor , icrostructure and conduction mechanism Sintering zinc oxide together with other metal oxide additives under , zinc oxide grains meet does sintering produce "microvaristors'', com parable to sym metrical zener


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1998 - AN9767

Abstract: varistor 100v gemov harris varistors harris varistor BL203 "upturn region" single phase 220v phase shift circuit diagram VARISTOR ge-mov
Text: metal oxide varistor , fabricated from zinc oxide (ZnO), is that the electrical characteristics are , The varistor is composed primarily of zinc oxide with small additions of bismuth, cobalt, manganese and other metal oxides. The structure of the body consists of a matrix of conductive zinc oxide grains , electrical conduction occurs, in effect, between zinc oxide grains distributed throughout the bulk of the , Varistor Microstructure Varistors are fabricated by forming and sintering zinc oxide-based powders into


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PDF AN9767 pr981. AN9767 varistor 100v gemov harris varistors harris varistor BL203 "upturn region" single phase 220v phase shift circuit diagram VARISTOR ge-mov
1999 - varistor symbol

Abstract: 150v varistor varistor 110v schematic symbol for varistor 220v AC to 110v AC transformer circuit diagram varistor 103 gemov AN9767 symbol metal oxide varistor SURGE ARRESTER 110v to 5v dc schematic
Text: attractive property of the metal oxide varistor , fabricated from zinc oxide (ZnO), is that the electrical , VARISTOR V-I CHARACTERISTIC The varistor is composed primarily of zinc oxide with small additions of , conductive zinc oxide grains separated by grain boundaries providing P-N junction semiconductor , effect, between zinc oxide grains distributed throughout the bulk of the device, the Littelfuse , Varistor Voltage, VN (DC) Varistors are fabricated by forming and sintering zinc oxide-based powders


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1999 - VARISTOr cm

Abstract: varistor 110v AN9767 Varistor 240v 150v varistor varistor 103 Varistor 101 varistor 005 VARISTOR V130LA10A
Text: oxide varistor , fabricated from zinc oxide (ZnO), is that the electrical characteristics are related , CHARACTERISTIC The varistor is composed primarily of zinc oxide with small additions of bismuth, cobalt, manganese and other metal oxides. The structure of the body consists of a matrix of conductive zinc oxide , oxide grains distributed throughout the bulk of the device, the Littelfuse Varistor is inherently more , understanding the electronic phenomena occurring near the grain boundaries, or junctions between the zinc oxide


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1995 - Zener Diodes 300v

Abstract: ge VARISTOR DATA SHEET GE-MOV AN9307 zener diode 20a 1015n varistors crossed 22b zener diode ge varistor 250a diode zener ZL 15
Text: TRANSIENT SUPPRESSOR CIRCUIT Application Note 9307 Varistors contain zinc oxide , bismuth, cobalt, manganese and other metal oxides. The structure of the body consists of conductive zinc oxide grains , . Each junction is heat sunk by zinc oxide grains resulting in low junction temperatures and large , irradiation for zeners, but not for zinc oxide varistors. I SATURATION CURRENT FORWARD BIAS , ] Low Temperature Admittance Spectroscopy of Zinc Oxide Varistors (internal GE report). [7] EMP


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PDF AN9307 73SD23G Zener Diodes 300v ge VARISTOR DATA SHEET GE-MOV zener diode 20a 1015n varistors crossed 22b zener diode ge varistor 250a diode zener ZL 15
1998 - diode zener ZL 15

Abstract: gemov AN9769 varistor fail GE-MOV Metal Oxide Varistor 300v diode zener ZL 10 diode zener ZL 20 VARISTOR
Text: Note 9307 Varistors contain zinc oxide , bismuth, cobalt, manganese and other metal oxides. The structure of the body consists of conductive zinc oxide grains surrounded by a glassy layer (the grain , junctions in parallel and series. Each junction is heat sunk by zinc oxide grains resulting in low junction , VARISTOR ZENER 20 108 L 40 PRE TEST 108 RADS, 18MeV ELECTRONS 106 104 CURRENT (A) 102 Electron , decreases under neutron irradiation for zeners, but not for zinc oxide varistors. I SATURATION CURRENT


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PDF AN9307 100lbs 30lbs 14lbs 14lbs diode zener ZL 15 gemov AN9769 varistor fail GE-MOV Metal Oxide Varistor 300v diode zener ZL 10 diode zener ZL 20 VARISTOR
varistor 594 PHILIPS

Abstract: 130v 593 philips philips varistor varistor 592 PHILIPS Philips 592
Text: METAL OXIDE VARISTORS r — i Zinc Oxide , current which is above the maximum dis­ sipation, pulses should be used. For instance all zinc oxide , _ Table 1. Metal Oxide Varistor Performance Characteristics Maxim um C ontinuous Voltage Voltage , 0 5 2 581 Non-Linear Resistors 10-5 METAL O XIDE VARISTORS Zinc Oxide Disc 592 SERIES , -7 8 7 1 * FAX; (81 7) 3 2 5 -1 0 5 2 METAL OXIDE VARISTORS Zinc Oxide Disc


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PDF E98144 14480-4790-100VA1F varistor 594 PHILIPS 130v 593 philips philips varistor varistor 592 PHILIPS Philips 592
1997 - varistor model

Abstract: varistor 400V SIOV-S20K275 Siemens varistor S10K95 varistor 300v matsushita varistor Siemens varistor 1.2 KV SIOV-S10K95 VARISTOR
Text: ceramic disk. In contrast, the internal inductance of the zinc oxide varistor can be neglected. The , data book as well as by simulation. Zinc oxide varistors have a negative temperature coefficient of , . direct connection of the varistor model to a source. This can be described mathematically by the , V=f(I) Fig. 1 Basic structure of varistor model for simulation with PSpice rograms for , one of the most popular program packages for circuit simulation. The varistor model for PSpice is


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PDF mid-70s varistor model varistor 400V SIOV-S20K275 Siemens varistor S10K95 varistor 300v matsushita varistor Siemens varistor 1.2 KV SIOV-S10K95 VARISTOR
2012 - 14K621

Abstract: varistor 10k 471 FNR-14K FNR-10K241 varistor k220 FNR-07K511 25K30 FNR-14K391 FNR20K471 varistor k271
Text: ZINC OXIDE VARISTOR Are non-linear resistors utilize a semiconductor electronic ceramic element , VOLTAGE(V) Co.,Ltd 05 Bulk 0 10 1 10 10 2 T Tape & Reel ZINC OXIDE VARISTOR , ) ZINC OXIDE VARISTOR 5K Series Impluse Lifetime Ratings (2 time:5 minutes internal up to 10 times , ) 1120 10 1200 26.0 0.25 75 190 ZINC OXIDE VARISTOR 7K Series Impluse Lifetime , 0.4 80 192 ZINC OXIDE VARISTOR 10K Series Impluse Lifetime Ratings S ur g e C ur r e


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PDF 000A/cm2) 000A/cm 1000h 14K621 varistor 10k 471 FNR-14K FNR-10K241 varistor k220 FNR-07K511 25K30 FNR-14K391 FNR20K471 varistor k271
1998 - Triggered spark gap

Abstract: AN9767 selenium surge suppressor p6ke 400 cp AN9773 "silicon carbide" varistor 20kV thyristor varistor sv Transient Voltage Suppressor diode application no AN9768
Text: materials, i.e., silicon carbide, zinc oxide , etc. [1] Selenium Cells - Selenium transient suppressors apply , zinc oxide with suitable additives. These varistors have values considerably greater than those of , ENERGY CAPABILITY High CAPACITANCE Low Or High RESPONSE TIME Fast COST Low Zinc Oxide , L.M. Levinson, " Zinc Oxide for Transient Suppression," IEEE Trans. PHP, December 1977. [4] "Surge , VARISTOR ZS VOC ZV ZV V ZV = - V Z V + Z S O C FIGURE 2A. VOLTAGE


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PDF AN9768 1-800-4-HARRIS Triggered spark gap AN9767 selenium surge suppressor p6ke 400 cp AN9773 "silicon carbide" varistor 20kV thyristor varistor sv Transient Voltage Suppressor diode application no AN9768
NTC 2.5D -15

Abstract: VARISTOR NTC 220 VARISTOR NTC 120 Radial 620 600 745 ntc 10D 11R0100103 13R14D560K NTC 2.5D -11 13S120 11R0300102
Text: ) - K (5) (1) Product Name: Zinc Oxide Varistor (2) Product Identifier : Radial Leaded (3 , 0.25 280 ZINC OXIDE VARISTOR RADIAL LEADED Max Peak Current Max Max Allowable Voltage , 1KHz(pF) ZINC OXIDE VARISTOR RADIAL LEADED Max Max Allowable Voltage Max Peak Current , 13R14D151K 95 13R14D181K 1KHz(pF) ZINC OXIDE VARISTOR RADIAL LEADED Max Max Allowable , : Zinc Oxide Varistor (2) Product Identifier : Surface Mount (3) Dimensions (4) Working Voltage (V) 0


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PDF 11R0100222 11R0100252 11R0100352 11R0100502 11R0100103 NTC 2.5D -15 VARISTOR NTC 220 VARISTOR NTC 120 Radial 620 600 745 ntc 10D 13R14D560K NTC 2.5D -11 13S120 11R0300102
1998 - Triggered spark gap

Abstract: selenium surge suppressor "silicon carbide" varistor AN9767 selenium diode selenium 20kV thyristor AN9768 surge suppressor circuit V31CP20
Text: Low No Low High Zinc Oxide Varistor Low No Moderate To Low Zener Low , materials, i.e., silicon carbide, zinc oxide , etc. [1]. Selenium Cells - Selenium transient suppressors , . This family of transient voltage suppressors are made of sintered metal oxides, primarily zinc oxide , . [3] Philipp, H.R. and L.M. Levinson, " Zinc Oxide for Transient Suppression," IEEE Trans. PHP , varistor at 51.7A is 330V. Note that: Z S × I = 50 × 51.7 = 2586V Z V × I = 8 × 51.7 = 414V = 3000V


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PDF 81CRD047, 85CRD037, Triggered spark gap selenium surge suppressor "silicon carbide" varistor AN9767 selenium diode selenium 20kV thyristor AN9768 surge suppressor circuit V31CP20
1998 - AN9767

Abstract: Triggered spark gap selenium surge suppressor "silicon carbide" varistor AN9768 selenium diode PAS-96 Surge suppressor report with introduction Suppressor Diodes 400V 600W metal oxide surge arrester
Text: ENERGY CAPABILITY Zero To Low No Low High Zinc Oxide Varistor Low No Moderate , suppressors are made of sintered metal oxides, primarily zinc oxide with suitable additives. These varistors , 1977, pp. 1621-1627. [3] Philipp, H.R. and L.M. Levinson, " Zinc Oxide for Transient Suppression," , voltage appearing across the terminals of a typical nonlinear V130LA20A varistor at 51.7A is 330V. Note , 3000 - = 1850V 5+8 However, the nonlinear varistor has a much lower impedance; again


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PDF AN9768 81CRD047, 85CRD037, AN9767 Triggered spark gap selenium surge suppressor "silicon carbide" varistor AN9768 selenium diode PAS-96 Surge suppressor report with introduction Suppressor Diodes 400V 600W metal oxide surge arrester
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