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V8ZA2P component. Describes, images, datasheets, price offers.

V8ZA2P part imageV8ZA2P part imageV8ZA2P part imageV8ZA2P part imageV8ZA2P part image

Price offers for V8ZA2P component:

Date of offer: 2011-10-19 11:35:11
Supplier:
SKU: F3065-ND
Available: 709
MPQPrice
10.39 USD
50.368 USD
100.357 USD
250.3272 USD
500.2976 USD
1000.2678 USD
2500.238 USD
5000.1904 USD
10000.17255 USD
Date of offer: 2011-10-19 11:35:11
Supplier:
SKU: V8ZA2P
Available: 12602
MPQPrice
10.215 USD
50.21 USD
500.196 USD
2500.166 USD
10000.152 USD
Date of offer: 2011-10-19 11:35:11
Supplier:
SKU: 576-V8ZA2P
Available: 3058
MPQPrice
10.24 USD
Date of offer: 2011-10-19 11:35:11
Supplier:
SKU: 58K7677
Available: 4531
MPQPrice
10.24 USD
100.23 USD
1000.21 USD
2500.2 USD
5000.185 USD
10000.172 USD
Date of offer: 2011-10-19 11:35:11
Supplier:
SKU: 1057155
Available: 2227
MPQPrice
50.34 USD
250.29 USD
Date of offer: 2011-10-19 11:35:11
Supplier:
SKU: 1057155
Available: 1595
Date of offer: 2011-10-19 11:35:11
Supplier:
SKU: V8ZA2P
Available: 11506
MPQPrice
10.1286 USD
Date of offer: 2011-10-19 11:35:11
Supplier:
SKU: V8ZA2P
Available: -4
Date of offer: 2011-10-19 11:35:11
Supplier:
SKU: V8ZA2P
Available: -4

Describes of V8ZA2P component:

VARISTOR, 0.8J, 4VAC;
Series:ZA;
Clamping Voltage Vc Max:20V;
Peak Energy (10/1000uS):0.8J;
Voltage Rating VDC:5.5V;
Voltage Rating VAC:4V;
Operating Temperature Range:-55°C to +85°C;
SVHC:No SVHC (20-Jun-2011);
Body Diameter:10mm;
Capacitance:7500pF;
Clamping Voltage:20V;
Clamping Voltage @ 8/20µs Max:20V;
Device Marking:08Z2;
External Width:5.6mm;
Lead Diameter:0.86mm;
Lead Length:25.4mm;
Operating Temperature Max:85°C;
Operating Temperature Min:-55°C;
Package / Case:Radial;
Peak Pulse Current IPP @ 8/20µs:250A;
Suppressor Type:Varistor;
Surge Current:250A;
Temperature Coeff. +:0.05ppm/°C;
Termination Type:Radial Leaded;
Test Voltage:2500V;
Transient Energy:0.8J;
Varistor Voltage:8.2V;
Varistor Voltage @ 1mA:8.2V;
Varistor Voltage @ 1mA:6V;
Varistor Voltage @ 1mA Max:11V
VARISTOR, 0.8J, 4VAC;
Series:ZA;
Voltage Rating, AC:4V;
Suppressor Type:Varistor;
Voltage Rating, DC:5.5V;
Peak Pulse Current IPP @ 8/20µs:250A;
Voltage, Clamping 8/20µs Max:20V;
Max Transient Energy 10/1000µs:0.8J;
Capacitance:7500pF;
Termination Type:Radial Leaded;
Case Style:Radial;
Body Diameter:12.5mm;
Device Marking:08Z2;
Lead Diameter:0.86mm;
Lead Length:25.4mm;
Temp, Coeff, +:0.05ppm/°C;
Temp, Op. Max:85°C;
Temp, Op. Min:-55°C;
Transient Energy:0.8J;
Voltage, Clamping Max:20V;
Voltage, Test:2500V;
Voltage, Varistor:8.2V;
Voltage, Varistor at 1mA:8.2V;
Voltage, Varistor at 1mA Max:11V;
Voltage, Varistor at 1mA Min:6V;
Width, External:5.6mm
Metal Oxide Varistor (MOV);
Clamping Voltage Max, Vc:20V;
Peak Energy (10/1000uS):0.8J;
Voltage Rating, VDC:5.5V;
Capacitance, Cd:7500pF;
Clamping Voltage 8/20us Max:20V;
Leaded Process Compatible:Yes;
Package/Case:Disc ;
RoHS Compliant: Yes
Varistor, Circuit Protection;
20V;
250A;
7500pF;
Radial;
1000m Ohms;
125degC;
ZA Series
ZA Series 5.5 VDC 4 V RMS 20 V Clamp 250 A 7000 pF Radial Lead Varistor
Var Metal Oxide 4VAC 5.5VDC 250A 11V Thru-Hole Bulk
Metal Oxide Varistors 250A, 7500pF
VARISTOR 8V .8J 10MM RADIAL ZA

Technical specs of V8ZA2P component:

SpecMeas.Value nameValue
Mounting Type () Through Hole 
Lead-Free Status () Lead Free 
Packaging () Bulk 
RoHS () Compliant 
Lead Lengthm (m)uncertainty_minus  
value 0.025400 
uncertainty_plus  
Voltage Rating (DC)V (V)uncertainty_minus  
value 5.500000 
uncertainty_plus  
Voltage Rating (AC)V (V)uncertainty_minus  
value 4.000000 
uncertainty_plus  
CapacitanceF (F)uncertainty_minus  
value 0.000000 
uncertainty_plus  

The main components used in electronics are of two general types: passive (e.g. resistors and capacitors) and active (e.g. transistors and integrated circuits). The main difference between active and passive components is that active ones require to be powered in some way to make them work. Active components can also be used to amplify signals. If you aren't already familiar with how materials conduct electricity and behave as insulators and semi-conductors you might find it helpful to read the pages linked to the picture of a good conductor before going on to read about components.