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Assume that for a given accelerometer sensor the measured output voltage is 15 mV (g is the acceleration expressed with respect to the Earth gravity i.e., 1 g = 9.8 m/s2) For this accelerometer design a suitable signal conditioning device capable of generating an output voltage of 0.27 V for each velocity unit m/s. For your design calculate the required gain of the device and determine the I. ratio of the resistances in the feed back. II. Draw your designed signal conditioning device in any circuit design software that you prefer and verify your design. Please include your system's schematic circuit and the resulting input-output figures in your answer sheet.

Assume that for a given accelerometer sensor the measured output voltage is 15 mV (g is the acceleration expressed with respect to the Earth gravity i.e., 1 g = 9.8 m/s2) For this accelerometer design a suitable signal conditioning device capable of generating an output voltage of 0.27 V for each velocity unit m/s. For your design calculate the required gain of the device and determine the I. ratio of the resistances in the feed back. II. Draw your designed signal conditioning device in any circuit design software that you prefer and verify your design. Please include your system's schematic circuit and the resulting input-output figures in your answer sheet.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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you should first design a signal conditioning device and calculate the corresponding values and then do simulations for the designed circuit to verify your answers. (You can use any circuit design software that you prefer). Please include your circuit schematic and related input-output figures for your simulation. Assume that for a given accelerometer sensor the measured output voltage is 15 mV /g. (g is the acceleration expressed with respect to the Earth gravity i.e., 1 g = 9.8 m/g2) For this accelerometer design a suitable signal conditioning device capable of generating an output voltage of 0.27 V for each velocity unit m/s. For your design calculate the required gain of the device and determine the ratio of the resistances in the feed back. Draw your designed signal conditioning device in any circuit design software that you prefer and verify your design. Please include your system's schematic circuit and the resulting input-output figures in your answer sheet. I. I.
Transcribed Image Text:you should first design a signal conditioning device and calculate the corresponding values and then do simulations for the designed circuit to verify your answers. (You can use any circuit design software that you prefer). Please include your circuit schematic and related input-output figures for your simulation. Assume that for a given accelerometer sensor the measured output voltage is 15 mV /g. (g is the acceleration expressed with respect to the Earth gravity i.e., 1 g = 9.8 m/g2) For this accelerometer design a suitable signal conditioning device capable of generating an output voltage of 0.27 V for each velocity unit m/s. For your design calculate the required gain of the device and determine the ratio of the resistances in the feed back. Draw your designed signal conditioning device in any circuit design software that you prefer and verify your design. Please include your system's schematic circuit and the resulting input-output figures in your answer sheet. I. I.
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