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Design a security system for a smart home that includes a door and a window sensor. The system should trigger an alarm when a door or the window is opened while the security system is active. Your task is to design an ASIC based system that efficiently monitors the state of the door and window sensors and activates the alarm when necessary. You should consider inputs for the security system state (activated, deactivated) and the open/closed state of each sensor for door and window, and the output for the alarm activation. a) Provide gate level implementation with minimum possible number of gates. Use standard minimization techniques used in digital design to reduce the gates count. b) Develop the most efficient SCMOS transistor switch level schematic for the minimized logic obtained from part A. c) Develop the most efficient stick diagram for the layout in part B, and estimate the area in micron square d) Develop Standard cell layout and find the density of the logic e) Produce routing diagram for the standard layout

Design a security system for a smart home that includes a door and a window sensor. The system should trigger an alarm when a door or the window is opened while the security system is active. Your task is to design an ASIC based system that efficiently monitors the state of the door and window sensors and activates the alarm when necessary. You should consider inputs for the security system state (activated, deactivated) and the open/closed state of each sensor for door and window, and the output for the alarm activation. a) Provide gate level implementation with minimum possible number of gates. Use standard minimization techniques used in digital design to reduce the gates count. b) Develop the most efficient SCMOS transistor switch level schematic for the minimized logic obtained from part A. c) Develop the most efficient stick diagram for the layout in part B, and estimate the area in micron square d) Develop Standard cell layout and find the density of the logic e) Produce routing diagram for the standard layout

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Design a security system for a smart home that includes a door and a window sensor. The system should trigger an alarm when a door or the window is opened while the security system is active. Your task is to design an ASIC based system that efficiently monitors the state of the door and window sensors and activates the alarm when necessary. You should consider inputs for the security system state (activated, deactivated) and the open/closed state of each sensor for door and window, and the output for the alarm activation. a) Provide gate level implementation with minimum possible number of gates. Use standard minimization techniques used in digital design to reduce the gates count. b) Develop the most efficient SCMOS transistor switch level schematic for the minimized logic obtained from part A. c) Develop the most efficient stick diagram for the layout in part B, and estimate the area in micron square d) Develop Standard cell layout and find the density of the logic e) Produce routing diagram for the standard layout
Transcribed Image Text:Design a security system for a smart home that includes a door and a window sensor. The system should trigger an alarm when a door or the window is opened while the security system is active. Your task is to design an ASIC based system that efficiently monitors the state of the door and window sensors and activates the alarm when necessary. You should consider inputs for the security system state (activated, deactivated) and the open/closed state of each sensor for door and window, and the output for the alarm activation. a) Provide gate level implementation with minimum possible number of gates. Use standard minimization techniques used in digital design to reduce the gates count. b) Develop the most efficient SCMOS transistor switch level schematic for the minimized logic obtained from part A. c) Develop the most efficient stick diagram for the layout in part B, and estimate the area in micron square d) Develop Standard cell layout and find the density of the logic e) Produce routing diagram for the standard layout
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