Hioki RM2610 - Page 84

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RM2612 Resistance Calculation Software
Entry of analysis conditions • Upper limit on iterative calculations: 1 to 999 calculations
Initial value: 30 [calculations]
Input format: 3-digit integer “000”
• Reduction factor: 1.0E-4 to 1
Initial value: 1.0
Input format: Decimal, up to 4 decimal places, “0.0000”
• Resistance value initial value: Automatic calculation / user-entered value / reference
to analysis results
Composite layer volume resistivity and interface resistance input range: 1.0E-10 to
1.0E+5
Input format: Decimal, exponential
• Finite volume model area: NORMAL, MEDIUM, WIDE
Initial value: NORMAL
• Element size: NORMAL, FINE, SUPER FINE
Initial value: NORMAL
User-entered information
about measurement
targets
Information necessary for analysis
• Composite layer thickness [μm]
Valid setting range: 1.0E-4 μm to 1000 μm
Input format: Decimal or exponential, 5 signicant digits
• Collector thickness [μm]
Valid setting range: 1.0E-4 μm to 1000 μm
Input format: Decimal or exponential, 5 signicant digits
• Collector volume resistivity [
Ω
cm]
Valid setting range: 1.0E-10 to 1.0E+5
Input format: Decimal or exponential, 5 signicant digits
Initial value: Volume resistivity of aluminum
• Display of candidate values for collector volume resistivity
(aluminum [2.7000E-6
Ω
cm] and copper [1.7000E-6
Ω
cm])
Analysis reliability display
function
Display of reliability of analysis results
• Iteration number [iterations]
• Agreement between measured potential and calculated potential (coefcient of
determination)
Temperature measurement
function
Measurement of the ambient temperature near the test xture (using the Z2001
Temperature Sensor)
Results can be displayed along with measured values on the screen and output to a
le.
Progress display Display of progress in the form of a progress bar
Separate progress bars are shown for potential measurement and analysis.
Condition save function • The application launches with the same conditions that were in effect when it was
last exited.
• Measurement and analysis conditions can be saved to a le and loaded as desired.
File save function • Analysis results le
• Potential le for analysis (can be used in repeated analysis)
• 2D potential distribution le
The user can specify the folder in which les are saved.
Test xture continuity test
function
Test of probes using the probe check board (RM9004 Test Fixture inspection)
• OPEN Inspection
• SHORT Inspection
Identication of probes with continuity defects