We are offering qpsk trainer kit.
qpsk modulation and demodulation.
technical specification:
• data bits: 8 bit rz variable data with sliding switch selection.
• carrier: on board sine carrier of 8 khz5v amplitude with four different phases
(0, 90,180 and 270 deg).
• bit splitting into in phase and quadrature phase components using d-flip flops.
• qpsk modulator: using ic cd4051 (multiplexer).
• x and y constellation is provided for plotting quadrature components.
• qpsk demodulator: squaring and carrier phase comparison method.
• power supply: +12v,-12v and +5v with 1000ma regulated dc supply with on board led indication.
• patch chords: 2mm banana socket.
• various test points are provided on board.
experiments:
• to study the 8 bit data generation.
• to study the sine wave carrier generation of different phases.
• to study the conversion of data into in phase (i) and quadrature (q) phase components.
• to study the qpsk modulation and sketch the wave forms.
• to study the plotting of constellation in graph sheet.
• to study the conversion of sine wave into square wave.
• to study the qpsk demodulation.
• compare received data with original input data.
delivery list:
• qpsk trainer kit.
• power supply.
• patch chords.
• user manual.
We are offering qpsk trainer kit.
qpsk modulation and demodulation.
technical specification:
• data bits: 8 bit rz variable data with sliding switch selection.
• carrier: on board sine carrier of 8 khz5v amplitude with four different phases
(0, 90,180 and 270 deg).
• bit splitting into in phase and quadrature phase components using d-flip flops.
• qpsk modulator: using ic cd4051 (multiplexer).
• x and y constellation is provided for plotting quadrature components.
• qpsk demodulator: squaring and carrier phase comparison method.
• power supply: +12v,-12v and +5v with 1000ma regulated dc supply with on board led indication.
• patch chords: 2mm banana socket.
• various test points are provided on board.
experiments:
• to study the 8 bit data generation.
• to study the sine wave carrier generation of different phases.
• to study the conversion of data into in phase (i) and quadrature (q) phase components.
• to study the qpsk modulation and sketch the wave forms.
• to study the plotting of constellation in graph sheet.
• to study the conversion of sine wave into square wave.
• to study the qpsk demodulation.
• compare received data with original input data.
delivery list:
• qpsk trainer kit.
• power supply.
• patch chords.
• user manual.