Resistors With Calculable Frequency Dependencies Up to 1 MHz
Han‐Jun Kim, Rae Duk Lee, Yuri P. Semenov · IEEE Transactions on Instrumentation and Measurement · 2007
Resistance standards from 1 Omega to 100 kOmega, with calculable frequency dependencies of up to 1 MHz, have been developed for the calibration of commercial inductance-capacitance-resistance (LCR) meters and impedance analyzers. The resistors are designed on the basis of single bifilar loops. The typical resistance change from dc to 1 MHz is from 200 to 800 muOmega/Omega. According to the measurement results, the frequency dependencies of the resistors are several times lower than the measurement uncertainty of commercial LCR meters