HIOKI E. E. CORPORATION 等效電路分析軟體 IM9000

Features

• An equivalent circuit model that minimizes the difference between the measured value and the ideal frequency characteristic based on the analysis result is automatically selected from five typical models.
• Evaluate the quality of the L, C and R components and the sharpness of resonance (mechanical quality factor).
• Detailed determination of elements using resonance such as piezoelectric elements and inductors

Specification

• three-element model
• ▼ Equivalent circuit model: four types of coils, resistors, and capacitors
• ▼ Measurement Items: L1 (Inductance), C1 (Capacitance), R1 (Resistance), Qm (Resonance Sharpness), fr (Resonance Frequency)/fa (Anti-Resonance Frequency) * 1
• ▼ *1 Measurement frequency at which the measured value at Z (impedance), G (conductance), B (susceptance), Rs (series equivalent resistance) is minimum or maximum
• four-element model
• ▼ Equivalent circuit model: one for piezoelectric elements
• ▼ Measured items: L1 (inductance), C1 (capacitance), R1 (resistance), C0 (parallel capacitance), Qm(Resonance sharpness, mechanical quality factor), K (electromechanical coupling coefficient), fr (resonant frequency), fa (anti-resonant frequency), fs (series resonant frequency), fp (parallel resonant frequency), fm (maximum admittance frequency), fn (minimum admittance frequency), f1 (maximum susceptance frequency), f2 (minimum susceptance frequency)
• Others
• ▼ Simulation ― Graphs and comparisons of ideal frequency characteristics from analysis results or user-specified values
• ▼ Comparator: Performs comparator on analysis results and outputs judgment results to display and EXT I/O
• X-Y display: call-call plot, admittance circle display possible
• < font color="red" > *This product is an optional item that can be purchased together with the main body if necessary. This item cannot be sold separately. < /font >