Resistors

A complete range of quality resistors available in through-hole, SMD 0603, SMD 0805, SMD 1206 in 0.25W metal film, 0.6W metal film, 0.25W carbon film, 1W carbon, 5W wire wound, 10W wire wound, 0.1W metal film, 0.125W metal film. Prototyping packs and bulk packs available for manufacturers.

0.1W Metal Film Resistors

0.125W Metal Film Resistors

0.25W Carbon Film Resistors

0.25W Metal Film Resistors

0.6W Metal Film Resistors

1W Carbon Film Resistors

5W Wire Wound Resistors

10W Wire Wound Resistors

Varistors

Thermistors

Light Dependent Resistors

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R0609

130k 0.25W 1% Metal Film Resistor Pk1000

0.25W Metal Film Resistor 1% Tolerance. 50ppm temperature coefficient. Manufacturer Pack of 1000, supplied on bandolier.

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R1013

130R .125W 1% 0805 Metal Film SMD Resistor PK 10

SMD 1% Metal Film Resistor. Pack of 10

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R1015

130R .125W 1% 0805 Metal Film SMD Resistor Reel 5K

SMD 1% Metal Film Resistor. Reel of 5000

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R1533

130R .1W 1% 0603 Metal Film SMD Resistor PK 10

SMD 1% Metal Film Resistor. Pack of 10

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R1535

130R .1W 1% 0603 Metal Film SMD Resistor Reel 5K

SMD 1% Metal Film Resistor. Reel of 5000

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R8053

130R 0.25W 1% 1206 Metal Film SMD Resistor Pk 10

SMD 1% Metal Film Resistor. Pack of 10

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R8055

130R 0.25W 1% 1206 Metal Film SMD Resistor Reel 5K

SMD 1% Metal Film Resistor. Reel of 5000

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R7537

130R 0.25W 1% Metal Film Resistor PK 10

0.25W Metal Film Resistor 1% Tolerance. 50ppm temperature coefficient. Pack of 10

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R0537

130R 0.25W 1% Metal Film Resistor Pk1000

0.25W Metal Film Resistor 1% Tolerance. 50ppm temperature coefficient. Manufacturer Pack of 1000, supplied on bandolier.

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Varistors are used for protection against voltage spikes or transients, such as those produced by lightning or back EMF from large motors, preventing "spike damage" to sensitive devices such as microprocessors or digital circuits.

R4368

130V AC 14mm Varistor

Varistors are used for protection against voltage spikes or transients, such as those produced by lightning or back EMF from large motors, preventing "spike damage" to sensitive devices such as microprocessors or digital circuits.

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