Details: 0.5W 0.22 Ohm 1% Tolerance. High precision,Automatic insertion is applicable Wide operating range,long-term stability, low tolerance, low temperature co-efficient of resistance and very small in size. Metal film resistors have much better temperature stability than their carbon equivalents,lower noise and are generally better for high frequency applications Clearly marker…
1/2W 0.22 Ohm Metal Film Resistors 0.5W Tolerances 5 Color Bands 50Pcs – Blue
- 8 % OffOriginal price was: $13.29.$12.29Current price is: $12.29.
Description
- 0.5W 0.22 Ohm 1% Tolerance. High precision,Automatic insertion is applicable
- Wide operating range,long-term stability, low tolerance, low temperature co-efficient of resistance and very small in size.
- Metal film resistors have much better temperature stability than their carbon equivalents,lower noise and are generally better for high frequency applications
- Clearly marker standard 5 color bands, single fixed resistor
- It can work well in audio circuits, can reduce noise and increase circuit stability over a wide temperature range, is used widely in communication equipments, electronic musical instrument or electronic applications
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Specification:
Product Name: 5 Color Bands Metal Film Resistor
Rated Power: 1/2 W
Tolerance: ± 1%(F)
Resistance Value: 0.22 ohm
Body Size: 8.5 x 3mm/0.3” x 0.08”(L*D)
Main Color: Blue
Color Code: Black, Red, Red, Silver, Brown
Net Weight: 13g
Package Content: 50 pcs 0.22 ohm Metal Film Resistors
Description:
- 0.5W 0.22 Ohm 1% Tolerance. High precision,Automatic insertion is applicable
- Wide operating range,long-term stability, low tolerance, low temperature co-efficient of resistance and very small in size.
- Clearly marker standard 5 color bands, single fixed resistor
- It can work well in audio circuits, can reduce noise and increase circuit stability over a wide temperature range, is used widely in communication equipments, electronic musical instrument or electronic applications
Metal film resistors have much better temperature stability than their carbon equivalents,lower noise and are generally better for high frequency applications