![]() ![]() ![]() The blocks were designed and then followed by a top level code which will integrate the implement the design. The programming was done on multiple VHDL Blocks required for the audio meter which will eventually display a sound measurement in decibels (dB). Research was done for the suitable FPGA development boards readily available from manufacturers for evaluation. ![]() This was followed by determining the suitable HDL to write the coding. Then, a suitable microphone was determined after some research, which was the PMOD MIC product readily available for Xilinx or DIGILENT development boards. Some initial study about the audio meters and sound measurements were being studied. The development was done using Xilinx Saprtan3E and 3A development board with XC3S500E FPGA and XC3S700A. ![]() An additional microphone component was added and Very High Speed Integrated Circuit (VHSIC) or VHDL was used as the hardware description language (HDL). In this project the main aim is to design an audio meter using development boards with Field Programmable Gate Arrays (FPGA). SIM UNIVERSITY SCHOOL OF SCIENCE AND TECHNOLOGYÄESIGN AN AUDIO METER USING FPGA STUDENT : ALAGENTHIRAN S/O NADESON (E0605744) SUPERVISOR PROJECT CODEĪ project report submitted to SIM University in partial fulfilment of the requirements for the degree of Bachelor of Engineering (or Bachelor of Electronics) ![]()
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