Hioki RM2610 - Page 85

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RM2612 Resistance Calculation Software
Measurement start/stop Methods for starting measurement:
• Click [Start] in the application.
• Press the [F5] key.
Methods for stopping measurement:
• Click [Abort] in the application.
Re-analysis function Re-analysis after changing analysis conditions and measurement target information
Previously measured potential data is used to repeat the analysis process. Re-
analysis can be performed after changing analysis conditions and measurement
target information.
Auto start function • Perform one measurement when the probes make contact with an electrode sheet:
ON / OFF
• Start delay: Can be set from 0 ms to 2000 ms
Initial value: OFF; delay: 500 ms
Security • A USB license key is required in order to launch the application.
• Functionality for automatically updating the application to a new version (Internet-
connected installations only)
Language Japanese, English
Effects on analysis results (reference values)
The following tables provide information about various effects for use as reference values when the RM2611
Electrode Resistance Meter and RM9004 Test Fixture are used together.
Effect on calculation results of probe position precision (reference values)
Effect on resistance calculation results of probe position precision for a typical electrode sheet, where misalignment
of probe coordinates is given by
Δ
x and
Δ
y and where the standard deviation for
Δ
x and
Δ
y is
σ
= 5 μm
Parameters of the electrode sheet used as a model
Negative
electrode
Coefcient of variability for composite layer volume
resistivity: 2.3%
Coefcient of variability for interface resistance: 3.6%
Composite layer thickness: 33 μm
Composite layer resistivity: 0.13
Ω
cm
Interface resistance: 0.06
Ω
cm
2
Positive
electrode
Coefcient of variability for composite layer volume
resistivity: 2.7%
Coefcient of variability for interface resistance: 2.5%
Composite layer thickness: 70 μm
Composite layer resistivity: 10
Ω
cm
Interface resistance: 1
Ω
cm
2
Coefcient of variability [%] = (Standard deviation) / (Average value) × 100
Effect of modeling
Effect of element size on calculated potential values in the nite volume model (reference values)
Parameters of the electrode sheet used as a model
Negative
electrode
NORMAL: 2.7%
FINE: 2.0%
SUPER FINE: 0.9%
Composite layer thickness: 33 μm
Composite layer resistivity: 0.13
Ω
cm
Interface resistance: 0.06
Ω
cm
2
Positive
electrode
NORMAL: 3.3%
FINE: 2.9%
SUPER FINE: 1.4%
Composite layer thickness: 70 μm
Composite layer resistivity: 10
Ω
cm
Interface resistance: 1
Ω
cm
2
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索引
7
Specications