Chegg Solutions for Microelectronic Circuits (Adel S Sedra, Kenneth C Smith) (Z-Library)_parte_1647

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Step 1 of 4 14.066P Write the expression for dissipated power. The supply voltage is reduced from to 3.3 V. Thus, the power reduces by a factor is, =0.4356 Determine the dissipated power when supply voltage is reduced. Substitute 10 mW for in the equation. =4.356x10⁻³ = 4.356 mW Thus, the new value of dissipated power, is Step 2 of 4 The frequency of operation is reduced by a same factor as the supply voltage. = Thus, the frequency reduces by a factor is, Step 3 of 4 Determine the value of dissipated power when the frequency is reduced. Substitute 4.356 mW for in the equation. =2.875x10⁻³ = 2.875 mW Thus, the new value of dissipated power, is 2.875 mW Step 4 of 4 Determine the value of additional saved power. Substitute 4.356 mW for in the equation. = 1.48 mW Thus, the value of additional saved power, is 1.48 mW