What methodology can one use as a Cost of Supply Comparison for SSEG?
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Q: DO NOT USE AI OR CHATGPT TO SOLVE IT. find the current Ix using nodal analysis
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Q: Problem 1 (3 pts each). Consider the CT system defined in textbook page 146, problem 2.33, i.e., Eq.…
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Q: Compute the energy of the convolution e-tu(t) * sin(t)/πt
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- Describe briefly about VHDL and its capabilities.An analog signal with a bandwidth of 4.2 MHz is to be converted into binary PCM and transmit- ted over a channel. The peak-signal quantizing noise ratio at the receiver output must be at least 55 dB. (a) If we assume that P=0 and that there is no ISI, what will be the word length and the number of quantizing steps needed? (b) What will be the equivalent bit rate? (c) What will be the channel null bandwidth required if rectangular pulse shapes are used?In MOSFET devices the N-channel type is better than the P - Channel type in the following respects. (a) It has higher power density (b) It is faster (c) It is TTL compatible (d) It has larger carrier effective mass Explain your answer.
- 7. Suggest a method for using motion compensation in the enhancement layer of an SNR- scalable MPEG-2 bitstream. Why isn't that recommended in the MPEG-2 standard?The information in an analog waveform, whose maximum frequency fm-4000Hz, is to be transmitted using a 16-level PAM system. The quantization must not exceed #1% of the peak-to peak analog signal. (a) What is the minimum number of bits per sample or bits per PCM word that should be used in this system? (b) What is the minimum required sampling rate, and what is the resulting bit rate? (c) What is the 16-ary PAM symbol Transmission rate?Given an ideal 6 bit ADC with a reference voltage of 640mV, what is a VLSB of this ADC? What is the rms value of its quantization errors ?
- 1. A 400 w carrier is modulated by SSB, calculate total power 2. Sketch the USB for below signal and find band width of the result. X = Accosw.t (cos2n100t + 0.5cos2n200t + 0.25cos2n500t) ersExplain the functions of decoders and multiplexers. Then given at least two examples of applications for both of them.1. A) An 8-bit ADC with a reference voltage of 5V is implemented using the Counter Ramp technique. Assume the input voltage is 1.4V. How many clocks are needed to conduct a conversion? You do not need consider the sampling time. B) A 10-bit ADC with a reference voltage of 5V is implemented using the SAR technique. Assume the input voltage is 3.2V. How many clocks are needed to conduct a conversion? You do not need consider the sampling time. C) An analog signal has a maximum frequency of 300HZ, what should be the minimum sampling rate of the ADC so that the digitized data can be used to perfectly reconstruct the original analog signal? D) For an 8-bit DAC, if Vref = 6 V, and the input code is 0×4B (01001011), what is the DAC output voltage? E) A 8-bit ADC has a reference voltage of 6V. What is the max quantization error?