MSK MODULATION AND DEMODULATION KIT TCM 002 -08
Home » Products » MSK MODULATION AND DEMODULATION KIT TCM 002 -08
MSK MODULATION AND DEMODULATION KIT TCM 002 -08
Recent advances in wideband communication channels and solid-state electronics have allowed scientists to fully realize its advantages and thereby helping digital communications grow quickly. Digital communications is quickly edging out analog communication because of the vast demand to transmit computer data and the ability of digital communications to do so.
Item Description
With the help of ‘Sci-tech’ Advanced Digital Communication Trainer Kits, Series TCM 002 Series, accompanied with necessary signal generators on-board and built-in power supply, ample experiments can be performed using the exhaustive manual. Test Points to analyze different signals are provided in the kits.
Technical Specifications
Features
Carrier Generator
On Board synchronized RF carrier signal generators with
frequencies of 120 KHz, 200 KHz
Data Generator
8 bit Digital Data generator to generate any binary input word.
Selection of Data using 8-way DIP Switch.
Display
One LED indicator to indicate Power input.
On board circuits
On board two Balanced Modulator Circuit.
Demodulator PLL Detector Circuit.
Squarer Circuit
Power Supply
Fixed DC power supply : + 5 V/500mA
Fixed DC power supply : +/-12 V/500mA
Interconnections
All interconnections are made using 2mm banana Patch cords.
Bare Board Tested Glass Epoxy PCB is used.
Set of 2mm Patch cords for interconnections
User Manual
See also different:
Sci-tech QAM Trainer Model TCM 016 is developed to help engineers understand the concept of merging the techniques of Phase Shift Keying (PSK) and Amplitude Shift Keying together to form Quadrature Amplitude Modulation (QAM), allowing the incr [...]
Sci-tech FM Transmitter and Receiver Trainer Model TCM 009 is a versatile self contained stand alone unit useful in the study and demonstration of carrier generation, frequency modulation, transmitter amplifier, receiver, FM demodulator, audio [...]
Recent advances in wideband communication channels and solid-state electronics have allowed scientists to fully realize its advantages and thereby helping digital communications grow quickly. Digital communications is quickly edging out analog [...]