C100Y103J Amphenol

NTC Type C100 Thermometrics Epoxy- Coated Chip Thermistor Description Features Epoxy-coated chip thermistors with 0.012 in (0.3 Low cost, solid state temperature sensor mm) bare tinned-copper lead-wires. Suitable for use over range of -112F to 302F (80C to 150C) High sensitivity greater than 4% /C at 77F (25C) Suitable for temperature measurement, control and compensation High reliability and stability Resin coated for good mechanical strength and resistance to solvents Amphenol Advanced SensorsType C100 Specifications Epoxy-coated chip thermistor Select appropriate part number below for resistance and temperature tolerance desired. R25C Material R25C 1% R25C 2% R25C 5% R25C 10% System 2000 F C100F202F C100F202G C100F202J C100F202K 2252 F C100F232F C100F232G C100F232J C100F232K 1.5 in (38.1 mm) 3000 F C100F302F C100F302G C100F302J C100F302K 5000 F C100F502F C100F502G C100F502J C100F502K 0.1 in 10000 F C100F103F C100F103G C100F103J C100F103K (2.4 mm) maximum 10000 Y C100Y103F C100Y103G C100Y103J C100Y103K 15000 F C100F153F C100F153G C100F153J C100F153K Tinned-copper alloy leads 20000 F C100F203F C100F203G C100F203J C100F203K 0.01 in (0.3 mm) 30000 H C100H303F C100H303G C100H303J C100H303K NTC Type C100 Dimensions 50000 G C100G503F C100G503G C100G503J C100G503K 100000 Y C100Y104F C100Y104G C100Y104J C100Y104K 100000 G C100G104F C100G104G C100G104J C100G104K Options Data Consult Thermometrics for availability of Thermal And Electrical Properties: Dissipation constant: (still air) 1 mW/C (stirred oil) 8 options: mW/C Other resistance values in the range of 100 to 100 Thermal time constant: (still air) 10 seconds (stirred oil) k 1 second Other tolerances Maximum power at 77F (25C) 75 mW derated from Alternative lead lengths 100% at 77F (25C) to 0% at 212F (100C) Other reference temperatures Alternative lead wires or lengths w w w.amphenol-sensor s .com Amphenol 2014 Amphenol Corporation. All Rights Reser ved. Specifications are subject to change without notice. Other company names and product names used in this document are the registered trademarks or Advanced Sensors trademarks of their respective owner s. AAS-920-517A-03/2014