1.You are synthesizing a chip composed of some logic with an average activity factor of 0.1. You are using a standard cell process with an average switching capacitance of 450pF/mm². Estimate the circuit frequency and dynamic power consumption of the logic mentioned below. (Assume the VDD = 0.9 V & delay as 10ns for inverter and 20ns for others) 1(3)- 1(2) (1). 1(0)- -O(0) -0(1)
1.You are synthesizing a chip composed of some logic with an average activity factor of 0.1. You are using a standard cell process with an average switching capacitance of 450pF/mm². Estimate the circuit frequency and dynamic power consumption of the logic mentioned below. (Assume the VDD = 0.9 V & delay as 10ns for inverter and 20ns for others) 1(3)- 1(2) (1). 1(0)- -O(0) -0(1)
Introductory Circuit Analysis (13th Edition)
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![1.You are synthesizing a chip composed of some logic with an average activity factor of 0.1.
You are using a standard cell process with an average switching capacitance of 450pF/mm².
Estimate the circuit frequency and dynamic power consumption of the logic mentioned
below. (Assume the VDD = 0.9 V & delay as 10ns for inverter and 20ns for others)
The
I(3)-
1(2)-
(1)-
1(0)-
-0(0)
-0(1)
V](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd311fcf8-f909-4559-a209-ff49a6a07423%2F9262029f-6d07-4f40-9028-7c478ea778b2%2F1qdf589_processed.png&w=3840&q=75)
Transcribed Image Text:1.You are synthesizing a chip composed of some logic with an average activity factor of 0.1.
You are using a standard cell process with an average switching capacitance of 450pF/mm².
Estimate the circuit frequency and dynamic power consumption of the logic mentioned
below. (Assume the VDD = 0.9 V & delay as 10ns for inverter and 20ns for others)
The
I(3)-
1(2)-
(1)-
1(0)-
-0(0)
-0(1)
V
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