Order by: Relevance
Price: Low to High, High to Low

 
Image of Royal Ohm KNP03SJ012JA19 1R2 KNP Series 5% 3W Axial Wirewound Resistor
 

Royal Ohm KNP03SJ012JA19 1R2 KNP Series 5% 3W Axial Wirewound Resistor

Royal Ohm KNP Series 3W Wirewound Resistors 5% - Royal Ohm KNP03SJ012JA19, A 1R2 wirewound resistor wound on a ceramic former with flame retardant silicone resin coating that offers high resistance stability, excellent heat dissipation and low noise....


 
Image of Royal Ohm KNP03SJ012KA19 0R12 KNP Series 5% 3W Axial Wirewound Res...
 

Royal Ohm KNP03SJ012KA19 0R12 KNP Series 5% 3W Axial Wirewound Res...

Royal Ohm KNP Series 3W Wirewound Resistors 5% - Royal Ohm KNP03SJ012KA19, An 0R12 wirewound resistor wound on a ceramic former with flame retardant silicone resin coating that offers high resistance stability, excellent heat dissipation and low noise....


 
Image of Royal Ohm KNP03SJ0150A19 15R KNP Series 5% 3W Axial Wirewound Resistor
 

Royal Ohm KNP03SJ0150A19 15R KNP Series 5% 3W Axial Wirewound Resistor

Royal Ohm KNP Series 3W Wirewound Resistors 5% - Royal Ohm KNP03SJ0150A19, A 15R wirewound resistor wound on a ceramic former with flame retardant silicone resin coating that offers high resistance stability, excellent heat dissipation and low noise....


 
Image of Royal Ohm KNP03SJ0151A19 150R 5% 3W Axial Wirewound Resistor
 

Royal Ohm KNP03SJ0151A19 150R 5% 3W Axial Wirewound Resistor

Royal Ohm KNP Series 3W Wirewound Resistors 5% - Royal Ohm KNP03SJ0151A19, A 150R wirewound resistor wound on a ceramic former with flame retardant silicone resin coating that offers high resistance stability, excellent heat dissipation and low noise....


 
Image of Royal Ohm KNP03SJ015JA19 1R5 5% 3W Axial Wirewound Resistor
 

Royal Ohm KNP03SJ015JA19 1R5 5% 3W Axial Wirewound Resistor

Royal Ohm KNP Series 3W Wirewound Resistors 5% - Royal Ohm KNP03SJ015JA19, A 1R5 wirewound resistor wound on a ceramic former with flame retardant silicone resin coating that offers high resistance stability, excellent heat dissipation and low noise....


 
Image of Royal Ohm KNP03SJ015KA19 0R15 5% 3W Axial Wirewound Resistor
 

Royal Ohm KNP03SJ015KA19 0R15 5% 3W Axial Wirewound Resistor

Royal Ohm KNP Series 3W Wirewound Resistors 5% - Royal Ohm KNP03SJ015KA19, An 0R15 wirewound resistor wound on a ceramic former with flame retardant silicone resin coating that offers high resistance stability, excellent heat dissipation and low noise....


 
Image of Royal Ohm KNP03SJ0180A19 18R KNP Series 5% 3W Axial Wirewound Resistor
 

Royal Ohm KNP03SJ0180A19 18R KNP Series 5% 3W Axial Wirewound Resistor

Royal Ohm KNP Series 3W Wirewound Resistors 5% - Royal Ohm KNP03SJ0180A19, A 18R wirewound resistor wound on a ceramic former with flame retardant silicone resin coating that offers high resistance stability, excellent heat dissipation and low noise....


 
Image of Royal Ohm KNP03SJ0181A19 180R KNP Series 5% 3W Axial Wirewound Res...
 

Royal Ohm KNP03SJ0181A19 180R KNP Series 5% 3W Axial Wirewound Res...

Royal Ohm KNP Series 3W Wirewound Resistors 5% - Royal Ohm KNP03SJ0181A19, A 180R wirewound resistor wound on a ceramic former with flame retardant silicone resin coating that offers high resistance stability, excellent heat dissipation and low noise....


 
Image of Royal Ohm KNP03SJ018JA19 1R8 KNP Series 5% 3W Axial Wirewound Resistor
 

Royal Ohm KNP03SJ018JA19 1R8 KNP Series 5% 3W Axial Wirewound Resistor

Royal Ohm KNP Series 3W Wirewound Resistors 5% - Royal Ohm KNP03SJ018JA19, A 1R8 wirewound resistor wound on a ceramic former with flame retardant silicone resin coating that offers high resistance stability, excellent heat dissipation and low noise....


 
Image of Royal Ohm KNP03SJ018KA19 0R18 5% 3W Axial Wirewound Resistor
 

Royal Ohm KNP03SJ018KA19 0R18 5% 3W Axial Wirewound Resistor

Royal Ohm KNP Series 3W Wirewound Resistors 5% - Royal Ohm KNP03SJ018KA19, An 0R18 wirewound resistor wound on a ceramic former with flame retardant silicone resin coating that offers high resistance stability, excellent heat dissipation and low noise....