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Analysis of the frequency spectrum of random rect pulsesA signal consists of rectangular pulses of duration 0.1 ms that arrive at a receiver at random intervals of time.
What is the shape of the spectrum of the signal?
What is the extent of the spectrum in the frequency domain?
What is the unit that is applied to the magnitude of the spectrum?
What is the RF bandwidth occupied by signal? What is the frequency range of the transmitted RF signal?
What effect do internal capacitances in the transistor model have on practical performance of a real system? How would you use these model values to predict system performance?
A production plant has a requirement for a counter that will count 4,000 times before recycling and starting over. How many flip flpos are required?
Assuming that ideal filters are available, what is the lowest frequency at which the signal can be sampled and subsequently recovered in its analog form without distortion using a low pass filter?
A 1 kHz sine wave signal with a power level -10 dBm is applied to the input of the amplifier. What is the power at the amplifier output in dBW?
A block error detecting code has a minimum distance of three. How many errors can this code detect and how many can it correct
Performance Analysis of 16 Bit by16 Bit MAC design using 5:3 Compressors - 3:2 counters and 4:2 compressors have been widely used for multiplier implementations.
A digital signaling system is required to operate at 9600 bps. If a signaling element encodes a 8-bit word, what is the minimum required bandwidth of the channel?
A terrestrial radio link transmits a CDMA signal from a base station using a spreading code with a chip rate of 1.0 Mchips per seconds. The message data rate of the signal is 10 kbps.
Design of sync counter 0010 to 1101 using JK flip flops, Design a synchronous counter using J-K flip-flops that will count from 0010 to 1101 repetitively.
Modify the state diagram branching conditions in the diagrams below as needed to ensure the sum and exclusion rules are obeyed in each case.
Wavelength and Frequency, The downstream information (from the network to the customer) is transmitted at a wavelength of 1550 nanometers and the upstream information
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