Given the data stream 00101110, sketch the transmitted sequence following line codes: a. Unipolar NRZ b. Bipolar RZ C. Manchester code pulses for each of the
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- Q1: Given the data stream o 011IOI sketch the tranimitted sequence of pulses for each of the following line codes. ( Manchester NRZ.Unipolar NRZ, Unipolar RZ polar NRZ)For the data stream 011100101, sketch the transmitted sequence of pulses for each of the following line codes: 1) Manchester Code 2) Polar NRZ signaling 3) Bipolar NRZ signaling 4) Alternate Mark Inversion 5) Unipolar RZ signalingSIGNAL AND SYSTEM AS SOON AS POSSIPLE
- The following figure is illustrating: Unmodulated Carrier 00 111 Raseband Digital Signal Moduluted Carrier a. phase modulation; b. phase shift-keying; c. frequency modulation; d. frequency shift-keying; e. combined phase and frequency modulation; f. none of these.14. What type of receiver detects the phase shift in the received signal?A. Binary phase-shift keyingB. Quadrature phase-shift keyingC. Differential phase-shift keyingD. Frequency-shift keyingFor the AM envelope shown in figure A13, Voltage -8 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 0.1 Time Calculate the maximum amplitude of Choose... modulating signal. Calculate Modulation index Choose...
- 4- A 100 MHz clock signal clocks a synchronous digital circuit. The longest delay allowed for a combinational circuit at this synchronism is Choose an option:A. 1 ns.B. 10 ns.C 50 ns.D. 5 ns.E. 100 ns.Problem 2)- The figure below shows the binary input data and carrier signal that used in a optical comm system. Determine the data rate and baud rate for the following modulation schemes: a) Binary Phase Shift Keying b) Binary Frequency shift Keying. Assume the carrier swing is 3MHz. Input data Carrier 9 1 ' Sus SusIn data transmission, both periodic analogue signals and non-periodic digital signals are used. Why is this?
- Why we use the modulation ?3.14 Given the data stream 1110010100, sketch the transmitted sequence of pulses for each of the following line codes: (a) Unipolar nonreturn-to-zero (b) Polar nonreturn-to-zero (c) Unipolar return-to-zero (d) Bipolar rerurn-to-zero (e) Manchester code CS Scanned with CamScannerAnswer the following. Use a detailed explanation. In series clippers, when clipping of signal occurs? In parallel clippers, when clipping of signal occurs? What happens to the depletion region if the connection is in reverse bias?