Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor

Product Details
Customization: Available
Resistance: Fixed Resistor
Function for Resistance: Protective Resistor, Shunt Resistor, Partial Pressure
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Number of Employees
2
Year of Establishment
2015-03-03
  • Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor
  • Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor
  • Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor
  • Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor
  • Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor
  • Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor
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Basic Info.

Model NO.
MF
Installation
DIP Resistor
Material
Metal Film Resistor
Packaging
Throught Hole
Type
Precision Resistor
Quantity
Single Connection
Shape
Cylindrical
Resistance change scale
Fixed Resistance
Application
Electronic Instrumentation, Color TV, Air Conditio
Brand
Kyx
Resistance Range
0.1r~22mr
Ambient Temperature
-55 ° C + 125 ° C
Rated Temperature Rise
375 ° C
Tolerances
0.1% 0.5% 1% 5%
Transport Package
Carton
Specification
3*9MM
Trademark
KYX
Origin
Shenzhen
HS Code
8516800000
Production Capacity
100000000pieces/Year

Product Description

Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor
Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor
Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor
Carbon Composite Vs Metal Film Resistors, Radio 1W Color Ring Resistor

Key Specifications/SpecialFeatures:
power:1/6W~3W
Resistance Range 0.1Ω~22MΩ
Resistance tolerance:±0.1% ±0.5% ±1% ,±2%,±5%

product description:

A metal film resistor is a resistor that forms a resistive film layer on a ceramic or glass substrate by using a special metal or alloy as a resistive material by vacuum evaporation or sputtering. Such resistors are generally produced by a vacuum evaporation process in which the alloy is heated in a vacuum and the alloy is evaporated to form a conductive metal film on the surface of the ceramic rod. The groove can be changed by changing the thickness of the metal film. Its heat resistance, noise potential, temperature coefficient, voltage coefficient and other electrical properties are superior to carbon film resistors. The manufacturing process of the metal film resistor is relatively flexible, and not only the material composition and the film thickness thereof can be adjusted, but also the resistance can be adjusted by the groove, so that a resistor having a good performance and a wide resistance range can be obtained.

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