Non Inductive Wirewound

25R Ohm 50 Watt, Riedon, UALN Series, Non-Inductive Wirewound Resistor, 1% Tolerance, Aluminum Housed

12R Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

20R Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

3R3 Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

5R6 Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

100R Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

270R Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

Resistor Superes, 100.00Ω 5W, 1% Tolerance, Wire wound, Flame proof wrappingSpecifications:1 % ToleranceLow noise figureLow inductance less than 0.7 uHInstant overload capacitySuper heat dissipation, small linear temperature coefficientLow annual...

Resistor Superes, 0.22Ω 5W, 1% Tolerance, Wire wound, Flame proof wrappingSpecifications:1 % ToleranceLow noise figureLow inductance less than 0.7 uHInstant overload capacitySuper heat dissipation, small linear temperature coefficientLow annual...

15R Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

22R Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

2R Ohm 5 Watt, MRA5 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

3K3 Ohm 5 Watt, MRA5 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

4R7 Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

68R Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

6R8 Ohm 12 Watt, MRA12 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

4K7 Ohm 5 Watt, MRA5 Non-Inductive Wirewound Resistor, 1% Tolerance, 20ppm, Axial Leads

Mundorf Resistor 22R Ohm 20W M-Resist Series With our MResist SUPREME you can enjoy even finest details and spatial information which normally get lost. Due to the complex bifilar structure from 1Ω with two wires being wound around the...