4933 results for 'Mundorf M Resist'

27R Ohm 0.5 Watt, RikenOhm Precision Carbon Film Resistor, Gold-Plated Copper Leads, 1% Tolerance, Axial Lead

82R Ohm 0.5 Watt, RikenOhm Precision Carbon Film Resistor, Gold-Plated Copper Leads, 1% Tolerance, Axial Lead

470K Ohm 0.5 Watt, RikenOhm Precision Carbon Film Resistor, Gold-Plated Copper Leads, 1% Tolerance, Axial Lead

750K Ohm 0.5 Watt, Shinkoh Tantalum Film Resistor, 1% Tolerance, Tinned Copper Axial Leads

7K5 Ohm 0.75 Watt, Caddock MK232-5 Non-Inductive Precision Power Film Resistors, 1% Tolerance, Radial Lead

3K Ohm 1 Watt, Takman, REX, Carbon Film Resistor, 2% Tolerance, Axial Leads

3R Ohm 1 Watt, Takman, REY, Metal Film Resistor, 1% Tolerance, Axial Leads

2K4 Ohm 2 Watt, Kiwame Carbon Film Resistor, 1% Tolerance, Axial, Tinned Copper Leads, Flameproof Silicone Coated

6K2 Ohm 2 Watt, Kiwame Carbon Film Resistor, 1% Tolerance, Axial, Tinned Copper Leads, Flameproof Silicone Coated

1K3 Ohm 5 Watt, Kiwame Carbon Film Resistor, 1% Tolerance, Axial, Tinned Copper Leads, Flameproof Silicone Coated

7K5 Ohm 5 Watt, Kiwame Carbon Film Resistor, 1% Tolerance, Axial, Tinned Copper Leads, Flameproof Silicone Coated

1R (1.0R) Ohm 10 Watt, Path Audio, Non-Inductive, Non Magnetic Design, Thick Film Resistor, Grounded Copper Case(for RF and EMI shielding), 1% Tolerance

2R (2.0R) Ohm 10 Watt, Path Audio, Non-Inductive, Non Magnetic Design, Thick Film Resistor, Grounded Copper Case(for RF and EMI shielding), 1% Tolerance

3R (3.0R) Ohm 10 Watt, Path Audio, Non-Inductive, Non Magnetic Design, Thick Film Resistor, Grounded Copper Case(for RF and EMI shielding), 1% Tolerance

43R Ohm 0.5 Watt, RikenOhm Precision Carbon Film Resistor, Gold-Plated Copper Leads, 1% Tolerance, Axial Lead

15R Ohm 0.5 Watt, Shinkoh Tantalum Film Resistor, 1% Tolerance, Tinned Copper Axial Leads

390K Ohm 0.5 Watt, Shinkoh Tantalum Film Resistor, 1% Tolerance, Tinned Copper Axial Leads

Resistor Superes, 1.00Ω 5W, 1% Tolerance, Wire wound, Flame proof wrappingSpecifications:1 % ToleranceLow noise figureLow inductance less than 0.7 uHInstant overload capacitySuper heat dissipation,...