ANALOG ELECTRONICS LAB - BRIDGES
Andersons Bridge Trainer
Minimum Order Quantity: 1 Piece
Product Brochure
Model Number | ET-ADB |
Interconnections | 2mm banana Patch cords |
Enclosed In | Wooden/plastic box |
Application | Industrial, Commercial |
Indicator Type | LED |
PCB Type | Glass Epoxy SMOBC PCB |
Andersons Bridge Trainer is used to design Anderson’s bridge, which determines the value of unknown inductors (L).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker.
This kit has been designed keeping students in mind so its very easy to understand and use.
Details:-
On board oscillator section.
On board circuit for designing Anderson’s Bridge
- On board amplifier section
- On board unknown inductors for conducting the experiment
- On board Speaker interface
- Test points are provided to analyse signals at various points
- ON/OFF switch and LED for power indication.
- Bare board Tested Glass Epoxy SMOBC PCB is used.
- Block Description Screen printed on PCB
- All interconnections are made using 2mm banana Patch cords
- Supplied with User manual and patch cords
- With built-in power supply
- Enclosed in a wooden/plastic box
Maxwells Bridge Trainer
Minimum Order Quantity: 1 Piece
Product Brochure
Model Number | ET-MWBR |
PCB Type | Glass Epoxy SMOBC PCB |
Interconnections | 2mm banana Patch cords |
Enclosed In | Wooden/plastic box |
Application | Industrial, Commercial |
Indicator Type | LED |
Maxwells Bridge Trainer is used to design Maxwell’s bridge, which determines the value of unknown Inductors(L).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker.
This kit has been designed keeping students in mind so its very easy to understand and use.
Specification:-
On board oscillator section.
On board circuit for designing Maxwell’s Bridge
On board amplifier section
On board unknown Inductors for conducting the experiment
On board Speaker interface
Test points are provided to analyse signals at various points
ON/OFF switch and LED for power indication.
Bare board Tested Glass Epoxy SMOBC PCB is used.
Block Description Screen printed on glassy epoxy PCB
All interconnections are made using 2mm banana Patch cords
Supplied with User manual and patch cords
With built-in power supply
Enclosed in a wooden/plastic box
LCR Bridge Trainer
Minimum Order Quantity: 1 Piece
Product Brochure
Model Number | ET-LCR |
PCB Type | Glass Epoxy SMOBC PCB |
Interconnections | 2mm banana Patch cords |
Enclosed In | Wooden/plastic box |
Application | Industrial, Commercial |
Indicator Type | LED |
LCR Bridge Trainer is used to design different bridges, which determines the value of unknown Inductors(L), Capacitors(C) & Resistors(R).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker.
This kit has been designed keeping students in mind so its very easy to understand and use.
Specification:-
On board oscillator section.
On board amplifier section
On board Speaker interface
Unknown resistors, capacitors & inductors provided with the kit
Test points are provided to analyse signals at various points
On board selection knob for L ,C & R
ON/OFF switch and LED for power indication.
Bare board Tested Glass Epoxy SMOBC PCB is used.
Block Description Screen printed on glassy epoxy PCB
All interconnections are made using 2mm banana Patch cords
Supplied with User manual and patch cords
With built-in power supply
Enclosed in a wooden/plastic box
Scherings Bridge Trainer
Minimum Order Quantity: 1 Piece
Model | ET-SHBR |
Usage | Industrial |
Indicator Type | LED |
PCB Type | Glass Epoxy SMOBC PCB |
Interconnections | 2mm banana Patch cords |
Enclosed In | Wooden/plastic box |
Scherings Bridge Trainer is used to design Schering’s bridge, which determines the value of unknown Capacitors(C).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker.
This kit has been designed keeping students in mind so its very easy to understand and use.
Details:-
On board oscillator section.
On board circuit for designing Schering’s Bridge
On board amplifier section
On board unknown Capacitors for conducting the experiment
On board Speaker interface
Test points are provided to analyse signals at various points
ON/OFF switch and LED for power indication.
Bare board Tested Glass Epoxy SMOBC PCB is used.
Block Description Screen printed on glassy epoxy PCB
All interconnections are made using 2mm banana Patch cords
Supplied with User manual and patch cords
With built-in power supply
Enclosed in a wooden/plastic box
Weins Bridge Trainer
Minimum Order Quantity: 1 Piece
Brand | Excel |
Model | BR |
Condition | New |
Type | Analog |
Is It Portable | Portable |
Usage | Laboratory |
ET-WBBR is used to design Wein’s bridge, which determines the value of unknown Frequency(f).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker.
This kit has been designed keeping students in mind so its very easy to understand and use.
Specification:-
On board oscillator section.
On board circuit for designing Maxwell’s Bridge
On board amplifier section
On board Speaker interface
Test points are provided to analyse signals at various points
ON/OFF switch and LED for power indication.
Bare board Tested Glass Epoxy SMOBC PCB is used.
Block Description Screen printed on glassy epoxy PCB
All interconnections are made using 2mm banana Patch cords
Supplied with User manual and patch cords
With built-in power supply
Enclosed in a wooden/plastic box
Desautys Bridge Trainer
Minimum Order Quantity: 1 Piece
Product Brochure
Usage/Application | Industrial, Commercial |
Model Number | ET-DSBR |
Indicator Type | LED |
PCB Type | Glass Epoxy SMOBC PCB |
Interconnections | 2mm banana Patch cords |
Enclosed In | Wooden/plastic box |
Desautys Bridge Trainer is used to design Desauty’s bridge, which determines the value of unknown Capacitors(C).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker.
This kit has been designed keeping students in mind so its very easy to understand and use.
Details:-
On board oscillator section.
On board circuit for designing Desauty’s Bridge
On board amplifier section
On board unknown Capacitors for conducting the experiment
On board Speaker interface
Test points are provided to analyse signals at various points
ON/OFF switch and LED for power indication.
Bare board Tested Glass Epoxy SMOBC PCB is used.
Block Description Screen printed on glassy epoxy PCB
All interconnections are made using 2mm banana Patch cords
Supplied with User manual and patch cords
With built-in power supply
Enclosed in a wooden/plastic box
Kelvins Double Bridge Trainer
Minimum Order Quantity: 1 Piece
Product Brochure
Usage/Application | Industrial, Commercial |
Model Number | ET-KELVIN |
Indicator Type | LED |
PCB Type | Glass Epoxy SMOBC PCB |
Interconnections | 2mm banana Patch cords |
Enclosed In | Wooden/plastic box |
Kelvins Double Bridge Trainer is used to design Kelvin’s double bridge, which determines the value of unknown Resistors(R).The students can balance the bridge either using a galvanometer or a multimeter.
This kit has been designed keeping students in mind so its very easy to understand and use.
Details:-
On board oscillator section.
On board circuit for designing Kelvin’s double Bridge
On board amplifier section
On board unknown Resistors for conducting the experiment
On board Speaker interface
Test points are provided to analyse signals at various points
ON/OFF switch and LED for power indication.
Bare board Tested Glass Epoxy SMOBC PCB is used.
Block Description Screen printed on glassy epoxy PCB
All interconnections are made using 2mm banana Patch cords
Supplied with User manual and patch cords
With built-in power supply
Enclosed in a wooden/plastic box
Wheatstones Bridge Trainer
Model | ET-WSB |
Usage | Laboratory |
Enclosed In | Wooden/plastic box |
Indicator Type | LED |
PCB Type | Glass Epoxy SMOBC PCB |
Interconnections | 2mm banana Patch cords |
Wheatstones Bridge Trainer is used to design Wheatstone’s bridge, which determines the value of unknown Resistors(R).The students can balance the bridge by using on board galvanometer.
This kit has been designed keeping students in mind so its very easy to understand and use.
Details:-
On board circuit for designing Wheatstone’s Bridge
On board unknown Resistors for conducting the experiment
On board 4 dials for resistor selection
On board galvanometer
Test points are provided to analyse signals at various points
ON/OFF switch and LED for power indication.
Bare board Tested Glass Epoxy SMOBC PCB is used.
Block Description Screen printed on glassy epoxy PCB
All interconnections are made using 2mm banana Patch cords
Supplied with User manual and patch cords
With built-in power supply
Enclosed in a wooden/plastic box
Hays Bridge Trainer
Usage/Application | Industrial, Commercial, Labs |
Model Number | ET-HBR |
Indicator Type | LED |
Interconnections | 2mm banana Patch cords |
Enclosed In | Wooden/plastic box |
PCB Type | Glass Epoxy SMOBC PCB |
Hays Bridge Trainer is used to design Hay’s bridge, which determines the value of unknown Inductors(L).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker.
This kit has been designed keeping students in mind so itsvery easy to understand and use.
Details:-
On board oscillator section.
On board circuit for designing Hay’s Bridge
On board amplifier section
On board unknown Inductors for conducting the experiment
On board Speaker interface
Test points are provided to analyse signals at various points
ON/OFF switch and LED for power indication.
Bare board Tested Glass Epoxy SMOBC PCB is used.
Block Description Screen printed on glassy epoxy PCB
All interconnections are made using 2mm banana Patch cords
Supplied with User manual and patch cords
With built-in power supply
Enclosed in a wooden/plastic box
Owens Bridge Trainer
Model | ET-OBR |
Usage | Industrial |
Indicator Type | LED |
Interconnections | 2mm banana Patch cords |
Enclosed In | Wooden/plastic box |
PCB Type | Glass Epoxy SMOBC PCB |
Owens Bridge Trainer is used to design Owen’s bridge, which determines the value of unknown Inductors(L).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker.
This kit has been designed keeping students in mind so its very easy to understand and use.
Details:-
On board oscillator section.
On board circuit for designing Owen’s Bridge
On board amplifier section
On board unknown Inductors for conducting the experiment
On board Speaker interface
Test points are provided to analyse signals at various points
ON/OFF switch and LED for power indication.
Bare board Tested Glass Epoxy SMOBC PCB is used.
Block Description Screen printed on glassy epoxy PCB
All interconnections are made using 2mm banana Patch cords
Supplied with User manual and patch cords
With built-in power supply
Enclosed in a wooden/plastic box