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Description
Order Code: 40518
Name: DSB / SSB AM Receiver Trainer
SPECIFICATION
DSB / SSB AM Receiver trainer this trainer has been designed with a view to provide practical and experimental knowledge of DSB / SSB AM Receiver technique as practically implemented in Analog Communication system on a signal P.C.B. of size 300x400mm
Object:
- Study of DSB & SSB AM reception & deletion by diode / product detectors.
- Study of AGC.
- Study of receiver tuned circuits.
- Study of Sensitivity, Selectivity & Fidelity of Receiver.
Experiments:
- Study of double sideband AM reception using envelope detector via cable.
- Study of double sideband AM reception using envelope detector via Antenna.
- Study of sensitivity, selectivity, of a radio receiver.
- Study of single sideband AM reception using product detector.
- Study of Image frequencies.
- Voice transmission with DSB AM transmission / reception.
Feature:
The board consists of the following built-in parts:
The board consists of the following built-in parts:
- POWER SUPPLY : ± 12DC and 5V DC IC Regulated power supply.
- Detectors/Demodulator
- Diode Detector (For DSB)
- Product Detector (For SSB)
- Frequency Range : 980KHz to 1650 KHz.
- Intermediate frequency : 455 KHz.
- Input Circuits
- RF Amplifier
- Mixer
- 1st Amplifier
- 2nd Amplifier
- Local oscillator
- Envelope Detector (AGC)
- Switch Fault
- Product Detector
- IC Regulated Power Supply
- Beat frequency oscillator / 455 KHz Crystal oscillator
- Output Audio Amplifier
- Receiving media : Telescopic Antenna / cable.
- Tuning : with variable capacitor.
- Switched faults : 8Nos.
- Test points : 50.
- Power supply requirement : 230V AC, 50 Hz.
- Mains ON/OFF switch, fuse and LED.
- Audio Output amplifier with Volume Control.
- Loud Speaker with baffle fitted in a box with two metre wire and 2mm Banana pins for connections.
- Adequate no. of patch cords stackable from rear both ends 2mm spring loaded plug length ½ metre.
- Good Quality, reliable terminal/sockets are provided at appropriate places on panel for connections/ observation of waveforms.
- Strongly supported by detailed Operating Instructions, giving details of Object, Theory, Design Procedures, Report Suggestions and Book References.