Project Description The objective of this project is to design, simulate and build a speech filter. The design should operate on less that 6 Volts DC....

Project Description

The objective of this project is to design, simulate and build a speech filter. The design should operate on less that ±6 Volts DC. Please keep in mind that you should monitor the cost of the design components. Therefore you will need to determine the frequency band of speech and investigate low power options for the design. After reviewing the various tradeoffs which happens after design and simulations, you should then order the parts for the actual design. Your design must include simulations (Matlab, Multisim or other simulation tools) as well as power and frequency analysis. Make sure your input signal has the various frequency ranges that demonstrates that your design works. You must also compare the actual simulation results to the actual results and explain any differences.

Your circuit should address the following:

1. Demonstrate the speech filter response of the design.
2. Power analysis of the design
3. What could you have done differently to make the circuit more efficient whether its cost, performance or simply a different design implementation?

• Create a project chair
• Research low power operational amplifier circuits.
• Assign task to team members.
• Simulate and design the circuit.
• Compare the theoretical simulations to actual circuit design and explain any discrepancies.
• Create a research project report
• The report should include
• Team members and member contributions
• design analysis
• issues and concerns
• cost of your project
• conclusion
• Create videos of your project milestones and post it along with any discussion questions for classmates during weeks 4, 5, and 6.
• Create an oral presentation during week 7 that demonstrates your design

please help me build a circuit with the following parts or build your own circuit in multisim. My email is . I need it by June 2, 2019. Thanks.

• R1= 120Kohm
• R2= 100Kohm
• R3= 470Kohm
• R4-7= 8.2Kohm
• R5= 6.8Kohm
• R6= 33Kohm
• R7= 150Kohm
• R8= 47Kohm
• C1-2-8= 2.2nF 100V polystyrene
• C3= 150pF
• C4-9= 100nF 100V
• C5-10= 47uF 25V
• C6= 100nF 100V polystyrene
• C7= 560pF
• C11= 150pF
• C12= 10uF 25V
• IC1= TL072

All resistors is 1/4W 1-2%