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C = 72 35 C 72 Logical Effort (1 point), G = ? Electrical Effort (1...
1. Estimate the minimum delay of the path from A to B in the following figure...
1. Estimate the minimum delay of the path from A to B in the following figure and choose transistor sizes (y and z) to achieve this delay. (10 points) The breakdown of the score points is given below. 9C/2 Logical Effort (1 point), G- Electrical Effort (1 point), H-? Branching Effort (1 point), B-? Effort (1 point), F- Number of stages (1 point)- Best stage effort (1 point), f-? Parasitic Delay (1 point), P-? Least Delay (1 point), D-? Gate...
PROBLEM 3 In an effort to design a domino circuit to compute F = (A+B)(C+D), we...
PROBLEM 3 In an effort to design a domino circuit to compute F = (A+B)(C+D), we designed a two stage design: footless dynamic OR-OR-AND-INVERT + HI-skew INV. The load is 500C. The transistor sizes are selected to minimize the delay (figure below). Answer to the following question. 110 27 - 30 30 What is the logical effort of the first stage? What is the parasitic delay of the first stage? What is the logical effort of the second stage? D...
2. Domino Logic Sketch the transistor level schematic of a single domino gate that implements the...
2. Domino Logic Sketch the transistor level schematic of a single domino gate that implements the function Y-(A)+ (C-D). The dynamic section of the domino gate should use a foot transistor. (4 points) a) b) Size the transistors so that the dynamic section has the pull-down strength of a unit inverter and the high-skew inverter has the pull-up strength of a unit inverter. (5 points) c) What is the path logical effort G and path parasitic delay P for a...
(1 point) Let F (72+72) i + (2y +62 + 6 sin(y*)) 3+ (2x + 6y...
(1 point) Let F (72+72) i + (2y +62 + 6 sin(y*)) 3+ (2x + 6y + 2e=") R. (a) Find curl F. curl F = <0,0,0> (b) What does your answer to part (a) tell you about Sc F. dr where is the circle (2 – 30)2 + (y - 35)2 = 1 in the ty-plane, oriented clockwise? SF. dr = 0 (c) If C is any closed curve, what can you say about SF. dr? SoF dr =...
5) Let P(1,2,2) be a point, and f(x,y,z) and g(x,y,z) be two differentiable functions satisfying the...
5) Let P(1,2,2) be a point, and f(x,y,z) and g(x,y,z) be two differentiable functions satisfying the following conditions. 1) f(P)=1 and g(P)=4 og IT) = -2 Oz IP III) The direction in which f increases most rapidly at the point Pis ū=4i - +8k , and the derivative in this direction is 3. IV) Equation of the plane tangent to the surface f(x,y,z)+3g(x,y,z)=13 at the int P is x+4y + 5z =19 According to this, calculate og Ox . (20P)
why is this wrong for vectors vector<char> decrypt{ {'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I',...
why is this wrong for vectors vector<char> decrypt{ {'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'A'}, {'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'A', 'B'}, }; for(int...
(1 point) The figures below show the graphs of the exponential functions f(x) and g(x), and...
(1 point) The figures below show the graphs of the exponential functions f(x) and g(x), and the linear function, h(x). The function f(x) has y-intercept 0.75 and goes through the point (1,6). The function g(x) has y-intercept 6 and goes through the point (2,6/49). The function h(x) has y-intercept 5 and goes through the point (a, a + 5). y = f(x) y = g(x) y = h(x) (Click on a graph to enlarge it.) help (formulas) (a) Find a...
(1 point) 5x2 — 5у, v %3D 4х + Зу, f(u, U) sin u cos v,u...
(1 point) 5x2 — 5у, v %3D 4х + Зу, f(u, U) sin u cos v,u = Let z = = and put g(x, y) = (u(x, y), v(x, y). The derivative matrix D(f ° g)(x, y) (Leaving your answer in terms of u, v, x, y ) (1 point) Evaluate d r(g(t)) using the Chain Rule: r() %3D (ё. e*, -9), g(0) 3t 6 = rg() = dt g(u, v, w) and u(r, s), v(r, s), w(r, s). How...
Use rules #1-8 to provide logical proofs with line-by-line justifications for the following arguments. (Note: you can us...
Use rules #1-8 to provide logical proofs with line-by-line justifications for the following arguments. (Note: you can use any of the rules that you wish; however, it is possible to solve the arguments in this section by using only the first 8 rules.) 1 1. E > (A & C) 2. A > (F & E) 3. E /F 2 1. (L v T) > (B & G) 2. L & (K = R) /L & B 3 1. (X...
(1 point) Consider the joint probability distribution otherwise Where c is a constant. (a) Find the...
(1 point) Consider the joint probability distribution otherwise Where c is a constant. (a) Find the value of c (if rounding, use at least 4 digits after the decimal point) (b) Given Var(X) , Var(Y-7168, Coulx, Y-579 What is Var 1x- 9Y+5- (c) Suppose we are interested in finding P( 100 Set up the integral that would evaluate this. (Do not use the constant c in the integrand but replace what it actually is in your answer) (if rounding. use...
1. Estimate the minimum delay of the path from A to B in the following figure and choose transistor sizes (y and z) to achieve this delay. (10 points) The breakdown of the score points is given below. 9C/2 Logical Effort (1 point), G- Electrical Effort (1 point), H-? Branching Effort (1 point), B-? Effort (1 point), F- Number of stages (1 point)- Best stage effort (1 point), f-? Parasitic Delay (1 point), P-? Least Delay (1 point), D-? Gate...
PROBLEM 3 In an effort to design a domino circuit to compute F = (A+B)(C+D), we designed a two stage design: footless dynamic OR-OR-AND-INVERT + HI-skew INV. The load is 500C. The transistor sizes are selected to minimize the delay (figure below). Answer to the following question. 110 27 - 30 30 What is the logical effort of the first stage? What is the parasitic delay of the first stage? What is the logical effort of the second stage? D...
2. Domino Logic Sketch the transistor level schematic of a single domino gate that implements the function Y-(A)+ (C-D). The dynamic section of the domino gate should use a foot transistor. (4 points) a) b) Size the transistors so that the dynamic section has the pull-down strength of a unit inverter and the high-skew inverter has the pull-up strength of a unit inverter. (5 points) c) What is the path logical effort G and path parasitic delay P for a...
(1 point) Let F (72+72) i + (2y +62 + 6 sin(y*)) 3+ (2x + 6y + 2e=") R. (a) Find curl F. curl F = <0,0,0> (b) What does your answer to part (a) tell you about Sc F. dr where is the circle (2 – 30)2 + (y - 35)2 = 1 in the ty-plane, oriented clockwise? SF. dr = 0 (c) If C is any closed curve, what can you say about SF. dr? SoF dr =...
5) Let P(1,2,2) be a point, and f(x,y,z) and g(x,y,z) be two differentiable functions satisfying the following conditions. 1) f(P)=1 and g(P)=4 og IT) = -2 Oz IP III) The direction in which f increases most rapidly at the point Pis ū=4i - +8k , and the derivative in this direction is 3. IV) Equation of the plane tangent to the surface f(x,y,z)+3g(x,y,z)=13 at the int P is x+4y + 5z =19 According to this, calculate og Ox . (20P)
(1 point) The figures below show the graphs of the exponential functions f(x) and g(x), and the linear function, h(x). The function f(x) has y-intercept 0.75 and goes through the point (1,6). The function g(x) has y-intercept 6 and goes through the point (2,6/49). The function h(x) has y-intercept 5 and goes through the point (a, a + 5). y = f(x) y = g(x) y = h(x) (Click on a graph to enlarge it.) help (formulas) (a) Find a...
(1 point) 5x2 — 5у, v %3D 4х + Зу, f(u, U) sin u cos v,u = Let z = = and put g(x, y) = (u(x, y), v(x, y). The derivative matrix D(f ° g)(x, y) (Leaving your answer in terms of u, v, x, y ) (1 point) Evaluate d r(g(t)) using the Chain Rule: r() %3D (ё. e*, -9), g(0) 3t 6 = rg() = dt g(u, v, w) and u(r, s), v(r, s), w(r, s). How...
(1 point) Consider the joint probability distribution otherwise Where c is a constant. (a) Find the value of c (if rounding, use at least 4 digits after the decimal point) (b) Given Var(X) , Var(Y-7168, Coulx, Y-579 What is Var 1x- 9Y+5- (c) Suppose we are interested in finding P( 100 Set up the integral that would evaluate this. (Do not use the constant c in the integrand but replace what it actually is in your answer) (if rounding. use...
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