Overview
The Microtest 6360 Series Precision LCR Meter is designed for accurate impedance measurement of passive components in laboratories, quality inspection stations, and automated production environments. This precision LCR meter provides reliable electrical parameter measurement for capacitors, inductors, resistors, and magnetic components.
Furthermore, the instrument supports DC and 10 Hz test frequencies up to 20 kHz, 100 kHz, 200 kHz, 500 kHz, or 1 MHz depending on the model. As a result, engineers can select the appropriate precision LCR meter configuration based on component type, measurement standards, and production testing requirements.
Frequency Options
The Microtest 6360 LCR Meter series is available in several frequency configurations, allowing users to select the correct model for their measurement applications.
- DC, 10 Hz – 20 kHz
- DC, 10 Hz – 100 kHz
- DC, 10 Hz – 200 kHz
- DC, 10 Hz – 500 kHz
- DC, 10 Hz – 1 MHz
Measurement Parameters
In addition, this LCR meter supports a comprehensive range of impedance parameters used in electronic component evaluation.
- |Z| (Impedance) and |Y| (Admittance)
- θ (Phase Angle) and X (Reactance)
- R (Series / Parallel Resistance), G (Conductance), B (Susceptance)
- L (Inductance) and C (Capacitance)
- D (Dissipation Factor) and Q (Quality Factor)
- DCR (DC Resistance)
Moreover, the instrument allows simultaneous display of up to four measurement parameters, enabling engineers to quickly evaluate component characteristics during testing.
Accuracy and Production Use
The 6360 series precision LCR meter provides basic measurement accuracy up to ±0.05%, ensuring consistent and repeatable results for incoming inspection, laboratory measurements, and production quality control.
Therefore, it is widely used for capacitor testing, inductor verification, magnetic component analysis, and general impedance measurement tasks.
System Integration
The Microtest 6360 Precision LCR Meter is also designed for automated testing environments. It includes LAN, USB Host, RS-232, and Handler interfaces, allowing integration with PLC systems, automated fixtures, and computer-controlled test platforms.
Consequently, the instrument can be easily deployed in production lines, automated component testing systems, and laboratory measurement setups.

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