Power Electronic Trigger Circuits Trainers Model ETR 036 Series
Home » Products » Power Electronic Trigger Circuits Trainers Model ETR 036 Series
Power Electronic Trigger Circuits Trainers Model ETR 036 Series
Model ETR 036A: DIODES APPLICATIONS: HALF WAVE, FULL WAVE & BRIDGE RECTIFIERS
Model ETR 036B: CHARACTERISTICS OF SCR & TRIAC
Model ETR 036C: HALF WAVE, FULL WAVE RECTIFIER USING SCR & UJT TRAINER
Model ETR 036D: SCR PHASE CONTROL USING DIAC/TRIAC, UJT, R TRIGGER TRAINER
Model ETR 036E: SPEED CONTROL OF DC MOTOR USING SCR TRAINER
Model ETR 036F: OP-AMPS AS RECTIFIER & CONVERTOR TRAINER
Model ETR 036G: REGULATED POWER SUPPLY CIRCUIT TRAINER-I
Model ETR 036H: FORCED COMMUNICATION OF SCR TRAINER
Size: | 40cm x 30cm x 12cm (LxWxH) |
Weight: | 5 kg |
Item Description
Model ETR 036A: DIODES APPLICATIONS: HALF WAVE, FULL WAVE & BRIDGE RECTIFIERS
Model ETR 036B: CHARACTERISTICS OF SCR & TRIAC
Model ETR 036C: HALF WAVE, FULL WAVE RECTIFIER USING SCR & UJT TRAINER
Model ETR 036D: SCR PHASE CONTROL USING DIAC/TRIAC, UJT, R TRIGGER TRAINER
Model ETR 036E: SPEED CONTROL OF DC MOTOR USING SCR TRAINER
Model ETR 036F: OP-AMPS AS RECTIFIER & CONVERTOR TRAINER
Model ETR 036G: REGULATED POWER SUPPLY CIRCUIT TRAINER-I
Model ETR 036H: FORCED COMMUNICATION OF SCR TRAINER
Technical Specifications
Model ETR 036A: DIODES APPLICATIONS: HALF WAVE, FULL WAVE & BRIDGE RECTIFERS
Kit enables @ 30 experiments using following kit:
- Capacitor Bank consisting of Two Capacitors of 220µf each
- Center Tapped Transformer Secondary providing 12V-0-12V
- One LED indicator to indicate Power input.
- On-board Circuits
- Half wave circuit involving one 1n4007 diode.
- Full wave Circuit involving two 1n4007 diode.
- Bridge Circuit involving one 1n4007 diode.
- Filter Circuit
- All interconnections are made using 2mm banana Patch cords.
- Bare board Tested Glass Epoxy PCB is used.
- Set of 2mm Patch cords for interconnections
Model ETR 036B: CHARACTERISTICS OF SCR & TRIAC
Kit enables @ 25 experiments using following kit:
- Resistance Block consisting of One Resistance of 1K and One Potentiometer of 100K.
- Load of 1K, 5W resistance
- One LED indicator to indicate Power input.
- On-board Circuits
- SCR Configuration
- TRIAC Configuration
- Variable DC power supply : 0 to + 15 V/150mA
- Variable DC power supply : 0 to + 30 V/150mA
- All interconnections are made using 2mm banana Patch cords.
- Bare board Tested Glass Epoxy PCB is used.
- Set of 2mm Patch cords for interconnections
Model ETR 036C: HALF WAVE, FULL WAVE RECTIFIER USING SCR & UJT TRAINER
Kit enables @ 25 experiments using following kit:
- One Lamp Load Of 15/25 W terminated at banana terminals
- One LED indicator to indicate Power input.
- On-board Circuits
- Half Wave Phase Control using RC Triggered Circuit & SCR
- Half Wave, Full Wave Rectifiers using SCR
- Fixed AC power supply : 230 VAC
- All interconnections are made using 2mm banana Patch cords.
- Bare board Tested Glass Epoxy PCB is used.
- Set of 2mm Patch cords for interconnections
Model ETR 036D: SCR PHASE CONTROL USING DIAC/TRIAC, UJT, R TRIGGER TRAINER
Kit enables @ 25 experiments using following kit:
- One Lamp Load of 15/25 W terminated at banana terminals
- Potentiometer: P1 : 1 M Ω / P2 : 100 K Ω / P3 : 100 K Ω
- One LED indicator to indicate Power input.
- On-board Circuits
- UJT Triggered SCR Full Wave Control
- Full Wave Phase Control using RC Triggered Circuit & TRIAC
- R Triggered SCR Control
- Fixed AC power supply: 230 V AC (Isolated)
- All interconnections are made using 2mm banana Patch cords.
- Bare board Tested Glass Epoxy PCB is used.
- Set of 2mm Patch cords for interconnections
Model ETR 036E: SPEED CONTROL OF DC MOTOR USING SCR TRAINER
Kit enables @ 25 experiments using following kit:
- Motor Load terminated at banana terminals
- One LED indicator to indicate Power input.
- One Potentiometer of 1K.
- On-board Circuits
- Pulse amplitude transformer
- Comparator
- Ramp generator
- Zero crossing detector
- SCR bridge.
- Fixed AC power supply : 230 VAC
- All interconnections are made using 2mm banana Patch
- Bare board Tested Glass Epoxy PCB is used.
Model ETR 036F: OP-AMPS AS RECTIFIER & CONVERTOR TRAINER
Kit enables @ 15 experiments using following kit:
OUTPUT Waveform – Sine
- Frequency and Amplitude Adjustment is provided using Potentiometers
- One Potentiometer is P1.
- One LED indicator to indicate Power input.
- On-board Circuits
- Half Wave Circuit.
- Full Wave Circuit.
- Voltage to Current Convertor.
- Current to Voltage Convertor.
- Variable DC power supply : 0 to +15 V
- Supply connections to OP Amp (± 12 V) Internally provided to the circuit
- All interconnections are made using 2mm banana Patch cords.
- Bare board Tested Glass Epoxy PCB is used.
- Set of 2mm Patch cords for interconnections
Model ETR 036G: REGULATED POWER SUPPLY CIRCUIT TRAINER-I
Kit enables @ 10 experiments using following kit:
- Load Block consisting of One Resistance and One Potentiometer of 5K
- Center Tapped Transformer Secondary providing 12V-0-12V
- One LED indicator to indicate Power input.
- On-board Circuits
- Zener Regulator (Shunt) with Current Boost Transistor.
- Series Regulator.
- LM723 Regulator.
- All interconnections are made using 2mm banana Patch cords.
- Bare board Tested Glass Epoxy PCB is used.
- Set of 2mm Patch cords for interconnections
Model ETR 036H: FORCED COMMUNICATION OF SCR TRAINER
Kit enables @ 10 experiments using following kit:
- One LED indicator to indicate Power input.
- Two Triggering Pulse Potentiometer
- One Manual Pulsar Switch.
- On-board Circuits
- Class A Commutation
- Class B Commutation
- Class C Commutation
- Class D Commutation
- Class E Commutation
- Fixed DC power supply : + 12 V/150mA
- Variable DC power supply : 0 to + 30 V/150mA
- All interconnections are made using 2mm banana Patch cords.
- Bare board Tested Glass Epoxy PCB is used.
- Set of 2mm Patch cords for interconnections
Model Number
ETR 036
See also different:
‘Sci-tech’ FET Transistors Trainer Kit Model ETR 022 is Versatile trainer which is capable of performing the experiments in Introduction to the assembly and operation of a field effect transistor (FET), Designation of field effect transistor ( [...]