ANALOG TRANSMITTER/RECEIVER FIBER OPTIC TRAINER  MODEL - FOT101

           This trainer has been designed with a view to provide practical & experimental knowledge of Analog Transmitter/Receiver fiber optic trainer.

FEATURES

1. All components must be soldered on hollow tags of 0.25" diameter height of 0.4" on the front side of  SINGLE PCB.
2. The complete circuit diagram must be screen printed on component side of the PCB with circuit and parts at the same place. 
3. The circuit must be printed in section wise in multicolor.
4. The true value of component must be printed on component side.
5. The PCB with components on front side must be fitted in elegant wooden box having lock and key Arrangement .
6. The acrylic cover must be fitted on PCB to safeguard parts. It should have holes for alignment and repair.
7  The testing points must be provided with 1.25" tags to connect CRO probe 
8. The manual with complete true circuit with multicolored true measured waveforms must be provided with the trainers. 
9. All Trainers should be operated on 230V AC mains and must be self-contained unit.

SPECIFICATIONS

1. Power supply requirement : 230V AC, 50 Hz.
2. Built in IC based power supply.
3. On Board AF signal generator - Sinewave
    Frequency Range : 300 Hz to 3.4 KHz
    Amplitude : 0 to 5 Vpp.
4. On Board Input Audio amplifier with Volume control for modulating external signal from Mike or Tape recorder.
5. On Board Output Audio amplifier with speaker & Volume Control.
6. Transmission Source : Fiber Optic LED - 660 nm 
7. Receiver Source : Fiber Optic Avalanche Photo diode (APD).
8. All parts are soldered on single pin TAGS on single PCB of size 14" x 11" with complete circuit 
    diagram screen printed.
9. Standard Accessories : 1. A Training Manual.
                                        2. Connecting Patch cords.
                                        3. Fiber Optic Cable - 1 mtr

EXPERIMENTS:

1. To transmit audio frequency signal through Fiber optic LED.
2. To transmit Voice signal through Fiber optic LED.
3. To receive audio frequency signal through photo diode detector.
4. To receive Voice signal through Fiber optic photo diode detector