TE Connectivity / Holsworthy RN73 High Precision Resistors

TE Connectivity / Holsworthy RN73 High Precision Resistors are stable precision chip resistors offering a range of various power dissipation relating to chip size, TCRs down to 5ppm/°C and 10ppm/°C, and resistor tolerances to 0.1%. The components are produced with three sputtered layers to offer better performance. The RN73 resistors feature values restricted to the E96 grid and have accurate and uniform physical dimensions to facilitate placement. Ideal application includes communications, industrial controls, instrumentation, and medical.

Features

  • High precision, TCR 5ppm/°C and 10ppm/°C
  • Tolerance down to 0.01%
  • Thin film (nichrome)
  • Terminal finish: electroplated 100% matte Sn

Applications

  • Communications
  • Industrial controls
  • Instrumentation
  • Medical
View Results ( 2830 ) Page
Part Number Datasheet Description Resistance Voltage Rating
RN73C1E10K7BTD RN73C1E10K7BTD Datasheet Thin Film Resistors - SMD RN 0402 1%0K7 0.1% 10PPM 5K RL 10.7 kOhms 25 V
RN73C1E2K32BTD RN73C1E2K32BTD Datasheet Thin Film Resistors - SMD RN 0402 2K32 0.1% 10PPM 5K RL 2.32 kOhms 25 V
RN73C1E3K16BTD RN73C1E3K16BTD Datasheet Thin Film Resistors - SMD RN 0402 3K1%6 0.1% 10PPM 5K RL 3.16 kOhms 25 V
RN73C1J2K43BTDF RN73C1J2K43BTDF Datasheet Thin Film Resistors - SMD RN 0603 2K43 0.1% 10PPM 2.43 kOhms 100 V
RN73C1J357KBTD RN73C1J357KBTD Datasheet Thin Film Resistors - SMD RN 0603 357K 0.1% 10PPM 5K RL 357 kOhms 50 V
RN73C1E316RBTD RN73C1E316RBTD Datasheet Thin Film Resistors - SMD RN 0402 316R 0.1% 10PPM 5K RL 316 Ohms 50 V
RN73C1E3K48BTD RN73C1E3K48BTD Datasheet Thin Film Resistors - SMD RN 0402 3K48 0.1% 10PPM 5K RL
RN73C2A1K13BTD RN73C2A1K13BTD Datasheet Thin Film Resistors - SMD RN 0805 1K13 0.1% 10PPM 5KRL 1.13 kOhms 200 V
RN73C2A18K2BTDF RN73C2A18K2BTDF Datasheet Thin Film Resistors - SMD 0.1W .1% 10PPM 18.2K 18.2 kOhms 200 V
RN73C1E16K2BTD RN73C1E16K2BTD Datasheet Thin Film Resistors - SMD RN 0402 1%6K2 0.1% 10PPM 5K RL 16.2 kOhms 25 V
Published: 2010-02-10 | Updated: 2025-09-24