High resistance measurement using substitution method has been designed to calculate the value of unknown high resistance by using substitution method.
High resistance measurement using substitution method has been designed to calculate the value of unknown high resistance by using substitution method.
Measurement of High Resistance using Substitution Method
High resistance measurement using substitution
method hasbeen designed to calculate the value
of unknown high resistance by using substitution
method.
Output voltages: 0-8VDC
Meter (Analog) : Voltmeter 0-8V DC
: Galvanometer 30-0-30
Housed in PVC cabinet, circuit diagram printed
& all important output brought out at Aluminum front panel.
Power Requirement: 220 VAC ±10%, 50Hz
For more details please refer datasheet.
Measurement of High Resistance using Substitution Method
High resistance measurement using substitution
method hasbeen designed to calculate the value
of unknown high resistance by using substitution
method.
Output voltages: 0-8VDC
Meter (Analog) : Voltmeter 0-8V DC
: Galvanometer 30-0-30
Housed in PVC cabinet, circuit diagram printed
& all important output brought out at Aluminum front panel.
Power Requirement: 220 VAC ±10%, 50Hz
For more details please refer datasheet.
- To determine a High Resistance by the Method of leakage of a Capacitor.
To draw the calibration curve of the thermocouple, using potentiometer arrangement and hence to determine the thermo electric power of the thermo couple at a certain temperature
To determine g and velocity for freely falling body using digital timing techniques
To Calibrate a given Voltmeter of 1Volt range by means of a Potentiometer.