ATi Javascript Calculators
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Advanced Telemetrics International is the leading global supplier of miniature rotary transmitters.
   
This is the first calculator, which we felt would be of the most use to our customers. More calculators may be added as requested and as time permits.
Calculate the simulated strain, shear strain, bridge output and torque from a known shunt resistor value for a shaft.
Entered Values
Enter values in all fields below and select the correct engineering units.
Press the "Example" button (to the right) to fill in all of the Entered Value fields with typical values for a steel shaft.
(For solid shafts, enter 0 in the "Shaft Inside Diameter" field or leave blank.)
Calculated Values
Press the "Calculate" button after all of the fields on the left are filled in.
Press the "Reset" button to clear all fields.
Press the "Example" button to fill in all of the Entered Value fields with typical values for a steel shaft.

     
Shaft Outside Diameter: 
Shaft Inside Diameter:
Gage Resistance: (Ohms)
Gage Factor:
Shunt Resistance: (Ohms)
Number of Active Arms:
Young's Modulus:
Poisson's Ratio:
Lead Resistance: (Ohms)
Simulated Strain: (µStrain)
Simulated Shear Strain: (µStrain)
Bridge Output: (mV/V)
Simulated Torque:

Calculate the strain, shear strain and bridge output from a known torque applied to a shaft.
Entered Values
Enter values in all fields below and select the correct engineering units.
Press the "Example" button (to the right) to fill in all of the Entered Value fields with typical values for a steel shaft.
(For solid shafts, enter 0 in the "Shaft Inside Diameter" field or leave blank.)
Calculated Values
Press the "Calculate" button after all of the fields on the left are filled in.
Press the "Reset" button to clear all fields.
Press the "Example" button to fill in all of the Entered Value fields with typical values for a steel shaft.

     
Shaft Outside Diameter: 
Shaft Inside Diameter:
Gage Factor:
Young's Modulus:
Poisson's Ratio:
Applied Torque:
Strain: (µStrain)
Shear Strain: (µStrain)
Bridge Output: (mV/V)
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