odeling dynamic and dual diaphragm microphones electromagnetic microphone has a construction similar to that of the speaker shown in the given figure, except that there is no applied voltage and the sound waves ther than outgoing. They exert a force fs on the diaphragm whose mass is m, damping is c, and stiffness is k. Assume the inductance, L, is considered small enough th eglected. Magnet 00000 N 1000Q S Speaker enclosure Coil Diaphragm www Sound waves Draw a sketch of what you anticipate this type of microphone to look like based on the Figure of the speaker shown. From this sketch, draw the FBD of the microphon evelop the coupled mechanical and electrical Dynamic equations of the microphone, whose input is fs and output is the current / in the coil. Use the coupled mechanical and electrical dynamic equations to find the transfer function: I(s) F,(s)

odeling dynamic and dual diaphragm microphones electromagnetic microphone has a construction similar to that of the speaker shown in the given figure, except that there is no applied voltage and the sound waves ther than outgoing. They exert a force fs on the diaphragm whose mass is m, damping is c, and stiffness is k. Assume the inductance, L, is considered small enough th eglected. Magnet 00000 N 1000Q S Speaker enclosure Coil Diaphragm www Sound waves Draw a sketch of what you anticipate this type of microphone to look like based on the Figure of the speaker shown. From this sketch, draw the FBD of the microphon evelop the coupled mechanical and electrical Dynamic equations of the microphone, whose input is fs and output is the current / in the coil. Use the coupled mechanical and electrical dynamic equations to find the transfer function: I(s) F,(s)

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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