AR, FCR, RCA, RCN Series are formed by vacuum depositing a resistive alloy on a usually flat substrate of ceramic. Photo-lithographic or similar techniques are used to define the final geometry and interconnecting traces. This technology provides for close ratio matching and tracking in a network, as well as low stand-alone temperature coefficient and resistance tolerance. Types includes ultra precision (AR), precision (FCR), array (RCA), and networks (RCN).
Features
Precision Chip Resistors - AR Serie^$－ Thin Film Passivated NiCr Resistor
－ Very Tight Tolerance from ?.01% ~ ?%
－ Extremely Low TCR from ?PPM/蚓 ~ ?0PPM/蚓
－ Wide R-Value range
－ Products with Pb-free Terminations Meet RoHS Requirments
^#Anti-Corrosive Thin Film Precision ^$－ Special Passivated NiCr Film for Anti-Acid and Anti-Damp
－ Very Tight Tolerance from ?.1%
－ Extremely Low TCR from ?5 PPM/蚓
－ Wide R-Value Range
^#SMD Resistors - FCR, RCA, RCN Serie^$FCR, RCA, RCN Series are formed by vacuum depositing a resistive alloy on a usually flat substrate of ceramic. Photo-lithographic or similar techniques are used to define the final geometry and interconnecting traces. ^#SMD Resistors - FCR, RCA, RCN Serie^$This technology provides for close ratio matching and tracking in a network, as well as low stand-alone temperature coefficient and resistance tolerance. Types includes precision smd (FCR), smd array (RCA), and networks (RCN).^#
Main Products
Chip resistor ,Melf resistor,High Voltage Resistor ,Power Resistor ...
