Anderson Bridge (ME 2200E)
To calculate the value of inductance (500mH - 100mH) in term of Capacitance & resistance.
Kelvin Bridge (Industrial) (ME 2202)
Current reversing switch is provided on the front panel to get the deflection on left or right Hand side in a galvanometer
Anderson Bridge (ME 2200)
To calculate the value of unknown Inductance in terms of Capacity and Resistance.
Wein’s Bridge (Capacity Measurement) (ME 2205)
Used To calculate the unknown value of capacitance.
Maxwell Inductance Bridge (ME 2204)
Used To calculate the unknown value of Inductance
Wheatstone Bridge (Portable) (ME 2207)
One selectable switch with option for Murray (M) loop & For resistance/ Varley (VR) loop test
Weins Bridge (Frequency Measurement) (ME 2206)
Panel with two ratio dial with ranges X1 ,10 ,100 ,1000 marked with R3 & R4.
Application of IC 555 (ME 650)
kit for IC 555 Timer circuit applications has been designed to perform the following experiments:- A. Astable Multivibrator B. Monostable Multivibrator C. Bistable Multivibrator D. Voltage to Time convertor / Voltage to Frequency convertor
Biasing of Transistor As Class 'A' Amplifier (ME 623)
Biasing of Transistor as Class
Common Base Transistor Amplifier (ME 617)
Common Base Transistor Amplifier apparatus with and without Negative Feed Back has been designed to study the following :- A. Frequency Response / Output Voltage Gain. B. Input Impedance. C. Output Impedance. D. Effect of Negative Feed Back on Output Gain
FET Common Source Amplifier (ME 613)
FETCommon Source Amplifier has been designed to study the Voltage Gain, Input Impedance, Output Impedance & Frequency Response of a Common Source FETAmplifier.
