b) Using the Elmore delay model i Compute the worst case falling propagation delays (in term of Rand C) of the Y gate driving h identical copy of itself in input A ii Compute the best case falling propagation delays (in term of R and C) of the Y gate driving h identical copy of itself in input A iii Compute the worst case rising propagation delays (in term of R and C) of the Y gate driving h identical copy of itself in input A iv Compute the best case rising propagation delays (in term of Rand C) of the Y gate drivingh identical copy of itself in input A Assume that every source or drain has fully contacted diffusion when making your estimate of capacitance b) Using the Elmore delay model i Compute the worst case falling propagation delays (in term of Rand C) of the Y gate driving h identical copy of itself in input A ii Compute the best case falling propagation delays (in term of R and C) of the Y gate driving h identical copy of itself in input A iii Compute the worst case rising propagation delays (in term of R and C) of the Y gate driving h identical copy of itself in input A iv Compute the best case rising propagation delays (in term of Rand C) of the Y gate drivingh identical copy of itself in input A Assume that every source or drain has fully contacted diffusion when making your estimate of capacitance

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b) Using the Elmore delay model  i  Compute the worst case falling propagation delays (in term of Rand C) of the Y gate driving h identical copy of itself in input A  ii  Compute the best case falling propagation delays (in term of R and C) of the Y gate driving h identical copy of itself in input A  iii  Compute the worst case rising propagation delays (in term of R and C) of the Y gate driving h identical copy of itself in input A  iv  Compute the best case rising propagation delays (in term of Rand C) of the Y gate drivingh identical copy of itself in input A  Assume that every source or drain has fully contacted diffusion when making your estimate of capacitance  b) Using the Elmore delay model  i  Compute the worst case falling propagation delays (in term of Rand C) of the Y gate driving h identical copy of itself in input A  ii  Compute the best case falling propagation delays (in term of R and C) of the Y gate driving h identical copy of itself in input A  iii  Compute the worst case rising propagation delays (in term of R and C) of the Y gate driving h identical copy of itself in input A  iv  Compute the best case rising propagation delays (in term of Rand C) of the Y gate drivingh identical copy of itself in input A  Assume that every source or drain has fully contacted diffusion when making your estimate of capacitance

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b) Using the Elmore delay model. i. Compute the worst case falling propagation delays (in term of Rand C) of the Y gate driving h

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