Use this firmware to upgrade your compatible Hioki LCR meter and impedance analyzer. The firmware can easily find an equivalent circuit model from 5 choices for ease of use.
Use this firmware to upgrade your compatible Hioki LCR meter and impedance analyzer. The firmware can easily find an equivalent circuit model from 5 choices for ease of use.
Upgrade the firmware on your Hioki IM3570 LCR Meter and Impedance Analyzer (sold separately) with this Hioki IM9000 Equivalent Circuit Analysis Firmware. After testing electrical components, this firmware can analyze circuits, create Cole-Cole plots and provide detailed acceptance/rejection decisions.
Features
| Compatibility | Hioki IM3570 LCR meter and impedance analyzer |
| 3-Element Model | Equivalent circuit model: 4 models for Coil, Resistance, Capacitor; Measurement items: L1 (inductance), C1 (capacitance), R1 (resistance), Qm (resonance sharpness) and fr (resonance frequency)/fa (anti-resonance frequency) |
| 4-Element Model | Equivalent circuit model: 1 model for Pizoelectric element; Measurement items: L1 (inductance), C1 (capacitance), R1 (resistance), C0 (parallel capacitance), Qm (resonance sharpness or mechanical quality coefficient), fr (resonance frequency), fa (anti-resonance frequency), fs (series resonance frequency), fp (parallel resonance frequency), fm (maximum admittance frequency), fn (minimum admittance frequency), f1 (maximum susceptance frequency) and f2 (minimum susceptance frequency) |
| Compatibility | Hioki IM3570 LCR meter and impedance analyzer |
| 3-Element Model | Equivalent circuit model: 4 models for Coil, Resistance, Capacitor; Measurement items: L1 (inductance), C1 (capacitance), R1 (resistance), Qm (resonance sharpness) and fr (resonance frequency)/fa (anti-resonance frequency) |
| 4-Element Model | Equivalent circuit model: 1 model for Pizoelectric element; Measurement items: L1 (inductance), C1 (capacitance), R1 (resistance), C0 (parallel capacitance), Qm (resonance sharpness or mechanical quality coefficient), fr (resonance frequency), fa (anti-resonance frequency), fs (series resonance frequency), fp (parallel resonance frequency), fm (maximum admittance frequency), fn (minimum admittance frequency), f1 (maximum susceptance frequency) and f2 (minimum susceptance frequency) |
