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SVM2608 Programming 45
0x0016 = 20 V Measurement
0x0017 = 50 V Measurement
0x0018 = 100 V Measurement
0x0019 = Auto Voltage Measurement
0x0021 = 0.5 V Range Voltage Measurement (for Channels 4-5 Only)
0x0022 = 100 Ω Range Resistance Measurement - Offset Method (2-wire)
0x0023 = 1 kΩ Range Resistance Measurement - Offset Method (2-wire)
0x0024 = 10 kΩ Range Resistance Measurement - Offset Method (2-wire)
0x0025 = 100 kΩ Range Resistance Measurement - Offset Method (2-wire)
0x0026 = 1 MΩ Range Resistance Measurement - Offset Method (2-wire)
0x0027 = Auto-Range Resistance Measurement - Offset Method (2-wire)
0x0028 = 100 Ω Range Resistance Measurement - Offset Method (4-wire)
0x0029 = 1 kΩ Range Resistance Measurement - Offset Method (4-wire)
0x002A = 10 kΩ Range Resistance Measurement - Offset Method (4-wire)
0x002B = 100 kΩ Range Resistance Measurement - Offset Method (4-wire)
0x002C = 1 MΩ Range Resistance Measurement - Offset Method (4-wire)
0x002D = Auto-Range Resistance Measurement - Offset Method (4-wire)
0x002E = 100 Ω Range Resistance Measurement - Dynamic Method (2-wire)
0x002F = 1 kΩ Range Resistance Measurement - Dynamic Method (2-wire)
0x0030 = 10 kΩ Range Resistance Measurement - Dynamic Method (2-wire)
0x0031 = 100 kΩ Range Resistance Measurement - Dynamic Method (2-wire)
0x0032 = 1 MΩ Range Resistance Measurement - Dynamic Method (2-wire)
0x0033 = Auto-Range Resistance Measurement - Dynamic Method (2-wire)
0x0034 = 100 Ω Range Resistance Measurement - Dynamic Method (4-wire)
0x0035 = 1 kΩ Range Resistance Measurement - Dynamic Method (4-wire)
0x0036 = 10 kΩ Range Resistance Measurement - Dynamic Method (4-wire)
0x0037 = 100 kΩ Range Resistance Measurement - Dynamic Method (4-wire)
0x0038 = 1 MΩ Range Resistance Measurement - Dynamic Method (4-wire)
0x0039 = Auto-Range Resistance Measurement - Dynamic Method (4-wire)
The pre-set values are as follows:
SAMPLE POINTS 1667
SAMPLE RATE 10 µs
RANGE/TYPE (2- or 4-wires resistance) Implicit in the command definition.
FILTER This setting is unaltered by the processor
and remains at the value set previously.
TRIGGER EVENT FORCED TRIGGER
When one of these commands is issued, the microprocessor performs a Data Capture, it calculates
the result and returns the result in the corresponding result register. This gives a measurement over
one 60 Hz power line cycle to help reject power line noise.
Calibration Commands
The following commands are used at the factory to calibrate the equipment and are presented here
for reference only.