ELELCTRICAL LAB 3
CHARACTERISTICS OF FET
CHARACTERISTICS OF FET
Technical specifications
Inbuilt variable, overload & short circuit protected DC regulated power supplies of 0- 5 volt & 0- 15 volt.
Voltmeter & ammeter are mounted on the front panel.
One FET.
Highly insulated front panel .
Trainer helps to demonstrate the working principle of FET.
Set of required number of patch cords.
Multi - colored sockets are used.
Housed in an elegant powder coated metal cabinet.
Strongly supported by a comprehensive instruction manual complete with theory and operating details.
LED indication for supply “ON” to work on 220V AC Mains.DESIGN A HALF/FULL ADDER CIRCUIT USING LOGIC GATES
Design a half/full adder circuit using logic gates. Technical specifications
Inbuilt fixed DC regulated power supply of 5 volt.
Three logic inputs.
Two logic output indicators.
Circuit diagram is printed on highly insulated front panel.
Trainer helps to verify truth tables of half & full adder.
Set of required number of patch cords.
Multi - colored sockets are used.
Housed in an elegant powder coated metal cabinet.
Strongly supported by a comprehensive instruction manual complete with theory and operating details.
LED indication for supply “ON” to work on 220V AC Mains.
Circuit Protection through glass fuse.THEVENINS AND NORTONS THEOREM TRAINER
THEVENINS AND NORTONS THEOREM TRAINER
Technical specifications
Inbuilt fixed DC regulated power supply of 12 volt.
Voltmeter & ammeter are mounted on the front panel.
Resistive network is used in the circuit.
Circuit diagram is printed on highly insulated front panel .
Trainer helps to demonstrate the working principle & verification of Thevenin’s & Norton’s Theorem based on resistive circuit. Student can calculate & measure the value of current & voltage for different load circuits.
Calculation of power consumed by the circuit.
Facility for connecting external Power Supply.
Set of required number of patch cords.
Multi - colored test points are provided in the circuit to observe voltages at different points.
Housed in an elegant powder coated metal cabinet.
Strongly supported by a comprehensive instruction manual complete with theory and operating details.
LED indication for supply “ON” to work on 220V AC Mains.
Circuit protection through glass fuse*Your information is safe with us.
BRIDGE RECTIFIER USING SCR
BRIDGE RECTIFIER USING SCR
Technical specifications
Inbuilt step down transformer of 9- 0- 9 volt AC taps.
Two analog meters to measure voltage & current.
Four SCR are provided on the front panel Inbuilt triggering circuits
Trainer helps to understand the basic concept of bridge rectifier using SCR.
Resistive load bank.
Highly insulated front panel.
Set of required number of patch cords.
Multi - colored sockets are used.
Housed in an elegant powder coated metal cabinet.
Strongly supported by a comprehensive instruction manual complete with theory and operating details.
LED indication for supply “ON” to work on 220V AC Mains.
Circuit Protection through glass fuse.
MAXIMUM POWER TRANSFER THEOREM APPARATUS WITH THREE POWER SUPPLIES
MAXIMUM POWER TRANSFER THEOREM APPARATUS WITH THREE POWER SUPPLIES.
Technical specifications
Inbuilt fixed DC regulated power supply of 9V, 12 V & 18 volt.
Voltmeter & ammeter are mounted on the front panel.
Resistive network is used in the circuit.
Circuit diagram is printed on highly insulated front panel .
Trainer helps to demonstrate the working principle & verification of Maximum power transfer Theorem based on resistive circuit. Student can calculate & measure the value of current & voltage for different load circuits.
Calculation of power consumed by the circuit.
Facility for connecting external Power Supply.
Set of required number of patch cords.
Multi - colored test points are provided in the circuit to observe voltages at different points.
Housed in an elegant powder coated metal cabinet.
Strongly supported by a comprehensive instruction manual complete with theory and operating details.
LED indication for supply “ON” to work on 220V AC Mains.DESIGN A HALF FULL SUBTRACTOR CIRCUIT USING LOGIC GATES.
Design a half/full subtractor circuit using logic gates. Technical specifications
Inbuilt fixed DC regulated power supply of 5 volt.
Three logic inputs.
Two logic output indicators.
Circuit diagram is printed on highly insulated front panel.
Trainer helps to verify truth tables of half & full subtractor.
Set of required number of patch cords.
Multi - colored sockets are used.
Housed in an elegant powder coated metal cabinet.
Strongly supported by a comprehensive instruction manual complete with theory and operating details.
LED indication for supply “ON” to work on 220V AC Mains.
Circuit Protection through glass fuse.Explore more products
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