RNCF1206BTE200R Stackpole

RNCF Series Stackpole Electronics, Inc. Resistive Product Solutions Precision Thin Film Chip Resistor Features: Precision tolerances to 0.01% TCR down to 2ppm/C Wide R-value range Lower values may be available Consult factory for tighter tolerances Qualified to AEC-Q200 RoHS compliant and halogen-free Electrical Specifications Resistance Maximum Maximum Power Rating Ohmic Range () and Tolerance Working Overload Temperature Type / Code (Watts) (1) 70C Voltage Coefficient 0.01% 0.05% 0.1% 0.25% 0.5% 1% Voltage 25 ppm/C - 49.9 - 4.99K RNCF0201 0.032W 15V 30V 50 ppm/C - 49.9 - 33K 2 ppm/C 49.9 - 4.99K - 5 ppm/C 49.9 - 20K 10 ppm/C 49.9 - 20K 49.9 - 100K RNCF0402 0.063W 25V 50V 15 ppm/C 49.9 - 20K 49.9 - 69.8K 25 ppm/C - 49.9 - 12K 10 - 511K 4.7 - 511K 50 ppm/C - 49.9 - 12K 10 - 511K 4.7 - 511K 5 ppm/C 15.2K - 60K 10 ppm/C - 336K - 511K 0.063W 50V 100V 15 ppm/C - 336K - 511K 25 ppm/C - 1 - 4.64 50 ppm/C - 1 - 4.64 2 ppm/C 24.9 - 15K - RNCF0603 5 ppm/C 24.9 - 15K 10 ppm/C 24.9 - 100K 4.7 - 332K 0.1W 75V 150V 15 ppm/C 24.9 - 100K 4.7 - 332K 25 ppm/C 24.9 - 100K 4.7 - 9.88 4.7 - 9.88 and 336K - 1M 50 ppm/C 24.9 - 100K 4.7 - 9.88 4.7 - 9.88 and 336K - 1M 25 ppm/C - 10 - 332K 0.166W 100V 150V 50 ppm/C - 10 - 332K 5 ppm/C 30.5K - 150K 10 ppm/C - 517K - 1M 0.1W 100V 200V 15 ppm/C - 517K - 1M - - 517K - 1M 1.01M - 2M 25 ppm/C - 517K - 1M 1.01M - 2M 50 ppm/C 2 ppm/C 24.9 - 30K - 5 ppm/C 24.9 - 30K RNCF0805 10 ppm/C 24.9 - 200K 4.7 - 511K 4.7 - 511K 15 ppm/C 24.9 - 200K 4.7 - 511K 4.7 - 1M 0.125W 150V 300V 4.7 - 9.88 and 25 ppm/C 24.9 - 200K 4.7 - 9.88 1 - 9.88 and 505K - 1M 505K - 1M 4.7 - 9.88 and 50 ppm/C 24.9 - 200K 4.7 - 9.88 1 - 9.88 and 505K - 1M 505K - 1M 25 ppm/C - 10 - 499K 0.25W 150V 300V 50 ppm/C - 10 - 499K (1) Lesser of P*R or maximum working voltage. Rev Date: 07/24/2019 1 www.seielect.com This specification may be changed at any time without prior notice marketing seielect.com Please confirm technical specifications before you order and/or use. RNCF Series Stackpole Electronics, Inc. Resistive Product Solutions Precision Thin Film Chip Resistor Electrical Specifications (cont.) Resistance Power Rating Maximum Maximum Ohmic Range () and Tolerance Working Overload Temperature Type / Code (Watts) (1) 70C Voltage Voltage Coefficient 0.01% 0.05% 0.1% 0.25% 0.5% 1% 5 ppm/C 50.5K - 300K 10 ppm/C - 1.01M - 1.5M 0.125W 150V 300V 15 ppm/C - 1.01M - 1.5M 25 ppm/C - 1.01M - 2.49M 1 - 4.64 and 1.01M - 2.49M 50 ppm/C - 1.01M - 2.49M 1 - 4.64 and 1.01M - 2.49M 2 ppm/C 24.9 - 49.9K - RNCF1206 5 ppm/C 24.9 - 49.9K 24.9 - 499K 4.7 - 1M 10 ppm/C 0.25W 200V 400V 15 ppm/C 24.9 - 499K 4.7 - 1M 25 ppm/C 24.9 - 499K 4.7 - 9.88 50 ppm/C 24.9 - 499K 4.7 - 9.88 25 ppm/C - 10 - 1M 0.33W 200V 400V 50 ppm/C - 10 - 1M 5 ppm/C 50.5K - 300K 0.25W 150V 300V - 1.01M - 2.49M 1 - 4.64 and 1.01M - 2.49M 25 ppm/C - 1.01M - 2.49M 1 - 4.64 and 1.01M - 2.49M 50 ppm/C 2 ppm/C 24.9 - 49.9K - 5 ppm/C 24.9 - 49.9K RNCF1210 10 ppm/C 24.9 - 499K 4.7 - 1M 0.33W 200V 400V 15 ppm/C 24.9 - 499K 4.7 - 1M 25 ppm/C 24.9 - 499K 4.7 - 1M 50 ppm/C 24.9 - 499K 4.7 - 1M 2 ppm/C 50.5K - 100K - 5 ppm/C 50.5K - 300K 0.25W 150V 300V - 1.01M - 3M 1 - 4.64 and 1.01M - 3M 25 ppm/C 50 ppm/C - 1.01M - 3M 1 - 4.64 and 1.01M - 3M 2 ppm/C 24.9 - 49.9K - RNCF2010 5 ppm/C 24.9 - 49.9K 10 ppm/C 24.9 - 499K 4.7 - 1M 0.33W 200V 400V 15 ppm/C 24.9 - 499K 4.7 - 1M 25 ppm/C 24.9 - 499K 4.7 - 1M 50 ppm/C 24.9 - 499K 4.7 - 1M 2 ppm/C 24.9 - 100K - 5 ppm/C 24.9 - 300K 10 ppm/C - 2.03K - 1M 0.5W 150V 300V 15 ppm/C - 2.03K - 1M - 2.03K - 1M 2.03K - 3M 25 ppm/C 50 ppm/C - 2.03K - 1M 2.03K - 3M RNCF2512 10 ppm/C 24.9 - 2K 4.7 - 2K 1 - 2K 15 ppm/C 24.9 - 2K 4.7 - 2K 1 - 2K 0.75W 200V 400V 25 ppm/C 24.9 - 2K 4.7 - 2K 101 - 2K 101 - 2K 50 ppm/C 24.9 - 2K 4.7 - 2K 101 - 2K 101 - 2K 25 ppm/C - 4.7 - 100 1 - 100 1W 200V 400V - 4.7 - 100 1 - 100 50 ppm/C (1) Lesser of P*R or maximum working voltage. Rev Date: 07/24/2019 2 www.seielect.com This specification may be changed at any time without prior notice marketing seielect.com Please confirm technical specifications before you order and/or use.