Resistors

Carbon composition resistors are made by mixing carbon particles with a binder molded into a cylindrical shaped, and then baked. Resistance decreases as temperature increases. Resistance is more prone to drifting than with other types. Standard 'classic' resistor. Sold in multiples of 5. 10% tolerance.

Carbon Film resistors are made by vacuum depositing a thin carbon film on a ceramic form. A good choice for applications which require a steady, low power drop. Sold in multiples of 5. ½" watt - 350V working, 700V overload, 0.4" long by 0.14" dia.

Metal Film resistors consist of a resistive element of an extremely thin layer of metal alloy vacuum deposited on a substrate. Precise and quiet. Sold in multiples of 5.

• 1/2 watt
• ± 1% tolerance
• -55° C to 155° C operating range
• 350 V working, 700 V overload
• Epoxy coated
• Nickel chromium ceramic substrate
• Alloy coated leads
• Welded end caps
• EIA color coded
• .40" long x .14" diameter

Metal Film resistors consist of a resistive element of an extremely thin layer of metal alloy vacuum deposited on a substrate.

Carbon composition resistors are made by mixing carbon particles with a binder molded into a cylindrical shaped, and then baked. Resistance decreases as temperature increases. Resistance is more prone to drifting than with other types.

Carbon Film resistors are made by vacuum depositing a thin carbon film on a ceramic form. A good choice for applications which require a steady, low power drop.

• ½" watt - 350V working, 700V overload, 0.4" long by 0.14" dia.
• High stability, low noise, moisture stable.
• EIA color coded.