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Resistance: 10 ohmsWattage: 1WType: Vertical Through Hole Package/Image: r_1WV..

Nominal Resistance: 100KTolerance: +/-5%Power: 1WComposition: Film Metal OxideTemperature Coefficient: +/-200ppm/CType: Axial Through HoleMfr: Stackpole Electronics Package/Image: r_1W..

Nominal Resistance: 160RTolerance: +/-10%Power: 3WMounting: PCB mount VerticalLead Spacing: 5mm Package/Image: R3WV..

Genuine HDK (Japan) VG067TL1 Series Single Turn Trimmer Top AdjustCermet (Ceramic Metal) resistive elements, compared to carbon elements, are more resistant to wear, can dissipate higher power and withstand higher temperatures, and can hold their resistance value better with changing temperature (be..

Popular series Low-Cost DIY Trimmer PotentiometerThese general purpose trimmers are well suited in circuits that can remain operational even with large drifts in the trimmer values (mainly due to temperature and humidity changes). For circuits that may not like too much drift in values (e.g. Power A..

Popular series Low-Cost DIY Trimmer PotentiometerThese general purpose trimmers are well suited in circuits that can remain operational even with large drifts in the trimmer values (mainly due to temperature and humidity changes). For circuits that may not like too much drift in values (e.g. Power A..

Popular series Low-Cost DIY Trimmer PotentiometerThese general purpose trimmers are well suited in circuits that can remain operational even with large drifts in the trimmer values (mainly due to temperature and humidity changes). For circuits that may not like too much drift in values (e.g. Power A..

Genuine HDK (Japan) VG067THT Series Single Turn Trimmer Side AdjustCermet (Ceramic Metal) resistive elements, compared to carbon elements, are more resistant to wear, can dissipate higher power and withstand higher temperatures, and can hold their resistance value better with changing temperature (b..

Genuine HDK (Japan) VG067THT Series Single Turn Trimmer Side AdjustCermet (Ceramic Metal) resistive elements, compared to carbon elements, are more resistant to wear, can dissipate higher power and withstand higher temperatures, and can hold their resistance value better with changing temperature (b..