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The unit_name string object in UdcsChannel class must be in the format
below:
(unit)*(base)^(exp)
Where (unit) is one of the unit identifiers below, (base)
is the number system the signal is in, and (exp) is the exponential
scale of the signal.
For example, uV (microVolts) would be noted as V*10^-6,
MB (megabytes) would be noted as B*2^30.
| Length |
| m |
Meter |
| Area |
| m2 |
Square meter |
| Volume |
| m3 |
Cubic meter |
| Mass |
| g |
Gram |
| Temperature |
| K |
Degrees Kelvin |
| C |
Degrees Celsius |
| Density |
| g/m3 |
Gram per cubic meter |
| Pressure |
| p |
Pascal |
| Speed |
| m/s |
Meter per second |
| Fuel Consumption |
| m3/m |
Cubic meter per meter |
| Power |
| W |
Watts |
| Energy |
| J |
Joules |
| Specific Energy by Mass |
| J/g |
Joules per gram |
| Specific Energy by Force |
| J/m3 |
Joules per cubic meter |
| Force |
| N |
Newton |
| Torque |
| N/m |
Newton per meter |
| Flow Rate by Mass |
| g/s |
Gram per second |
| Flow Rate by Volume |
| m3/s |
Cubic meter per second |
| Spread Rate by Mass |
| g/m2 |
Gram per square meter |
| Spread Rate by Volume |
| l/m2 |
Liter per square meter |
| Concentration |
| ppm |
Parts per million |
| Line Density |
| g/m |
Gram per meter |
| Area Density |
| g/m2 |
Gram per square meter |
| Dynamic Viscosity |
| ps |
Pascal seconds |
| Kinematic Viscosity |
| m2/s |
Squared meter per second |
| Acceleration |
| m/s2 |
Meter per second squared |
| Time |
| s |
Second
|
| Electricity |
| A |
Ampere |
| F |
Farad |
| O |
Ohm |
| V |
Volt |
| Substance |
| mol |
Mole |
| Light Intensity |
| cd |
Candela |
| Frequency |
| Hz |
Hertz |
| Information Storage |
| B |
Bytes |
| Generic |
| % |
Percent |
| cnts |
Counts |
| y/n |
Yes or No / On or Off |
| n/a |
Not applicable |
| n/k |
Not known
|
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