Fixed Film Resistor

1/4W to 10W Metal Oxide Film Fixed Resistor, Axial Resistor, Through Hole Structure: 1.ZENITHSUN metal oxide film resistor is fixed value, axial resistor. It is made of ceramic rod that is coated with a thin film of metal oxides, such as tin oxide. 2.On both ends of metal oxides thin film a metal cover is pressed with the connection leads. 3.The desired resistance is achieved by cutting a spiral shaped slot in the thin oxide metal layer. 4.ZENITHSUN MOF resistor is covered

Axial CF Carbon Film Resistor, Power Rating from 1/8W to 5W,lead-free Non-inductive thick film resistor Structure: 1.ZENITHSUN carbon film resistor is a thin carbon layer that is sputtered (vacuum deposition) on a cylindrical, high purity, ceramic core. The deposited carbon film is artificially aged by keeping it for a long period at a low temperature. This results in a better accuracy for the resistor. 2.On both ends of carbon film a metal cover is pressed with the

Formed 1/8W to 5W Carbon Film Fixed Resistor,bulk package Structure: 1.ZENITHSUN carbon film resistor is a thin carbon layer that is sputtered (vacuum deposition) on a cylindrical, high purity, ceramic core.The deposited carbon film is artificially aged by keeping it for a long period at a low temperature. This results in a better accuracy for the resistor. 2.On both ends of carbon film a metal cover is pressed with the connection leads. 3.The desired resistance is achieved

Metal Film Resistors,High Precision Resistors Structure Rated power :1/8W-3W Resistance Value :0.1Ω - 22MΩ Tolerance:±0.1%,±0.25%,±0.5%,±1% Features 1.Metal film resistors are made by depositing special treated metal film onto ceramic core in ultra high vacuum.Both ends of the core are plated with precious metal to ensure low noise and small temperature coefficient. 2.Film the metal in Vacuum,the surface coating is green(blue resin with the good waterproof. 3.Low noise

MF Metal Film Resistor, High Precision Resistor, 1/8W to 3W Structure: 1.ZENITHSUN Metal film resistors is a thin metal layer that is sputtered (vacuum deposition) on a cylindrical, high purity, ceramic core. The deposited metal is artificially aged by keeping it for a long period at a low temperature. This results in a better accuracy for the resistor. The resistance material is often nickel chromium (NiCr), but for special applications other alloys are used, such as tin and