Facsimile Demonstrator is a complete educational system designed to give a clear accurate and realistic in-sight into the working of the Fax Trainer. This trainer is designed on CAD system and the specifications are given below:
SPECIFICATIONS
SPECIFICATIONS:
Build your telecommunications lab around the trainer with teaching features built right in the versatile Telecommunication Trainer. LAB ELECTRONICS TELEPHONE SYSTEM TRAINER is a Universal, "all-in-one" trainer, complete with built-in ANALOG POWER METER, ATTENUATOR, FREQUENCY COUNTER, FUNCTION GENERATOR AND CARRIER GENERATOR. It combines all these instruments - which, if purchased separately, would cost many times more - into one cost-effective teaching tool. When coupled with our Telecommunication Circuit Trainer, Telephone System Trainer gives students access to specially pre-wired experiment boards that bring to life the concepts of our entire telecommunications curriculum. Then they will be well on their way to becoming proficient in the repair, installation and specification of the very latest telecommunications systems - This trainer is Tough, durable, all-inclusive and relevant to the 'knowledge revolution' in telecommunications: that's the TELEPHONE SYSTEM TRAINER.
Special Features:
Trainer includes all the basic components of a real telecommunications system. Built-in function generator with variable waveform symmetry. Built-in carrier generator with AM, FM and sweep capability. Built-in frequency counter Built-in AF power meter Built-in variable gain wideband amplifier Built-in step attenuator LIST OF EXPERIMENTS THAT CAN BE CONDUCTED IN OUR TELEPHONE SYSTEM TRAINER:
1. Frequencies within Signal Waveforms 2 Frequency and Power Distribution 3. Filters 4. Utilising Waveforms and Harmonics 5. Multiple Signals in non-linear circuits 6. Application of Inter modulation Distortion 7. Creating, Amplifying and Reproducing Signals 8. Transducers in Audio and Telephone Systems 9. Audio Voltage and Power Amplifiers 10. Voice Frequency signals and Band-width 11. Telephone Terminal Equipment 12. Key Systems and Local Changes 13. Transmission of Audio Signals 14. Transmission Net Work
Objectives:
To study the effect of line resistance and capacitance. Simulation of transmission lines. 5-mile co-axial cable and 10-mile co-axial cable. Loading effects of capacitance and inductance. Measurement of power loss, characteristic impedance. Effect of Noise and other transmission impairments and compensation techniques.
Features:
Built-in step function generator Built-in Pulse Generator. Built-in D.C. Regulated Power Supplies. Variable simulated line length. (15-mile & 10-mile co-axial cable) Variable Distributed line attenuation. Comprehensive Instruction Manual.
Description:
Lab transmission line Demonstrator has been designed to reproduce at low frequencies, the essential characteristics of a transmission line which would normally be more complex equipment operating at high frequencies. Our trainer comprises of a self powered simulated transmission line for class room demonstration. A step function generator is provided enabling a pulse or steady D.C. level to be applied to the line at either end. A set of terminating components (600W Resistor and Capacitor) will be supplied. These components may be connected either in series or in parallel with the line terminations.
EPABX Dynamic Demonstrator is packed with various features to understand the complete working of communication through Electronic Exchange. To achieve the above objective our Demonstrator is provided with various fault inducing switches, and test points are derived from important sections like Micro controller, opto-isolator, matrix switch and programmable array logic. The schematic Block diagram of EPABX Exchange is screen printed on the front panel for student to understand at Block levels. EPABX dynamic demonstrator is provided with four extensions for the student to study the various programming techniques that is involved in EPABX exchange.
FEATURES
