Observe flat top samples, natural samples, sample & hold at different sampling frequencies – Recovery of modulating signal from demodulator circuit
Observe flat top samples, natural samples, sample & hold at different sampling frequencies – Recovery of modulating signal from demodulator circuit
Observe flat top samples, natural samples,
sample & hold at different sampling frequencies.
Recovery of modulating signal from demodulator circuit.
In built IC based DC regulated power supply +12V, +5V 300mA
On board sine wave audio frequency signal generator
Frequency: 1 KHz & 2KHz Amplitude: 0-10Vpp & 0-4 Vpp Approx
On board sampling pulse generator
Frequency: 8KHz,16KHz,32KHz, 64KHz
Amplitude: 5Vpp Approx
For more details please refer datasheet.
Observe flat top samples, natural samples,
sample & hold at different sampling frequencies.
Recovery of modulating signal from demodulator circuit.
In built IC based DC regulated power supply +12V, +5V 300mA
On board sine wave audio frequency signal generator
Frequency: 1 KHz & 2KHz Amplitude: 0-10Vpp & 0-4 Vpp Approx
On board sampling pulse generator
Frequency: 8KHz,16KHz,32KHz, 64KHz
Amplitude: 5Vpp Approx
For more details please refer datasheet.
: Observe Pulse Code Modulation, Analog to Digital Convertor parallel to serial data conversion, Time Division Multiplexing of PCM data & Error check codes
Measurement of stationary wave, line properties & line Attenuation. Measurement with matched, short, open end of the line in pulsed condition, Frequency char. & input impedance of the Line. Phase shift along the line & Fault localization within the line.
Conversion of NRZ data to other data formats NRZ (L), NRZ(M) RZ, AMI, RB, Biphase (Manchester), Biphase (MARK), Differentially encoded dibit pair. To study ASK, FSK, BPSK, DPSK, & QPSK carrier modulation techniques & their comparison.
8 Bit Analog to Digital Converter has been designed to study and verify the outputs of 8 Bit Analog to Digital converter.