Consider 6-bits Successive Approximation. If Vref=4.5V and Vin 2.35V, [3 Maks] then use the iterative approach...

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Consider 6-bits Successive Approximation. If Vref=4.5V and Vin 2.35V, [3 Maks] then use the iterative approach and find the binary equivalent of the input. Show your work. Direct answer will yield zero mark V S&H Logic D D D VOR DAC Q4. Consider the 4-bit DAC circuit. [3 Maks] a) Find and is and is, if R = 5000 [2.0] b) Find Vif Rf = 2R [10] Show your work. Direct answer will yield zero mark . 2RC, www 4R2 ww 8RC3 www 16R ww Consider 6-bits Successive Approximation. If Vref=4.5V and Vin 2.35V, [3 Maks] then use the iterative approach and find the binary equivalent of the input. Show your work. Direct answer will yield zero mark V S&H Logic D D D VOR DAC Q4. Consider the 4-bit DAC circuit. [3 Maks] a) Find and is and is, if R = 5000 [2.0] b) Find Vif Rf = 2R [10] Show your work. Direct answer will yield zero mark . 2RC, www 4R2 ww 8RC3 www 16R ww

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Q3 Consider 6bit Successive Approximation If Vref 45V and Vin 235V 3 Ma Iterative Approach Set the m... View the full answer