This white paper contains things around inverting input, noise, resistance measurements, production testing, applications, constant voltage technique, resistance, electrical equivalent, offset, voltage technique, axial resistors, accuracy, dual terminator, wire ohms technique, current, common mode voltage, production, level, constant, output, operational amplifier, measurement technique, and ground. There are lots of explanation around settling time, digital, measurement, resistor, elements, connections, resistance measurement, parallel resistance, technique, impedance, resistor network, network, switching, voltage source, resistive elements, offset voltage, ohmmeter, wire ohms measurement, measuring resistances, voltage noise, input, source, and amplifier are presented inside this white paper.
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The 6-wire ohms technique builds upon the industry-standard 4-wire ohms measurement technique, enhancing its performance in these applications by eliminating the effects of any shunt resistance. Creating a 6-wire ohmmeter involves adding a low impedance guard buffer with sufficient drive current to a 4-wire ohmmeter. As noted previously, both the cases described have a similar electrical equivalent, a circuit where three resistive elements are being connected in a triangular fashion. Figure 3 shows the electrical equivalent circuit when measuring resistor element R1 of the resistor network device shown in Figure 1 . Related to the resistive path caused by contamination, R1 would be the resistor under test (RUT), while R2 and RL would be the resistive equivalent of the contaminating film in Figure 2.
Even more, this white paper presents info around circuit, constant current, lead, constant voltage method, guard, lead resistance, settling, devices resistor, measurement speed, terminator, additional settling time, method, drive, common mode capacitance, output impedance, wire ohmmeter, resistor element, drive current, ideal voltage source, stage, network devices, axial resistor, and system.