Galvanometer Type Recorder

Galvanometer Type Recorder: The D'Arsonval movement used in moving coil indicating instruments can also provide the movement in a Galvanometer Type Recorder. The D'Arsonval movement consists of a moving coil…

Continue Reading Galvanometer Type Recorder

AC Wheatstone Bridge

AC Wheatstone Bridge: Impedances at AF or RF are commonly determined by means of an ac Wheatstone bridge. The diagram of an ac bridge is given in Fig. 11.17. This…

Continue Reading AC Wheatstone Bridge

EEEGUIDE | Online Electrical and Electronics Study

Main CategoriesElectronics EngineeringElectronic InstrumentationElectronic Communication Systems Electronic Devices and CircuitsMicroprocessors and MicrocontrollersElectrical Power EngineeringElectrical MachinesPower Plant EngineeringCircuits and NetworksIntegrated CircuitsNetwork Analysis and SynthesisHigh Voltage EngineeringModern Power SystemPrinciples of Power SystemPower…

Continue Reading EEEGUIDE | Online Electrical and Electronics Study

Recorders Articles

Recorders Articles: Circular Chart Recorder Working Principle : Circular Chart Recorder Working Principle – As the name implies, the data is recorded on a flat circular chart. The basic assembly…

Continue Reading Recorders Articles

Ammeter Diagram Articles

Ammeter Diagram Articles: DC Ammeter : The PMMC galvanometer constitutes the basic movement of a dc ammeter. Since the coil winding of a basic movement is small and light, it…

Continue Reading Ammeter Diagram Articles

Schering Bridge Theory

Schering Bridge Theory for Three Terminal Measurement: For two terminal measurements the bridge is grounded at its junction points. The supply transformer, detector, and all the components of the bridge…

Continue Reading Schering Bridge Theory

High Voltage Schering Bridge

High Voltage Schering Bridge: In the power frequency range (25 to 100 Hz) High Voltage Schering Bridge is a very versatile and sensitive bridge and is readily suitable for high…

Continue Reading High Voltage Schering Bridge