Analog PCB Design - open to bidding
$30-250 USD
Pagado a la entrega
I require a simple circuit design to buffer the output of an DAC chip. The output of the DAC chip will be 0 to 3.3V. This requires a circuit for an opamp (If possible an LM324) which will buffer this output and give a 0 to 10V output from a +12V supply only, no negative supply. I require a circuit design and also a PDF of the simulation files showing the operation and required gain.
Nº del proyecto: #7895773
Sobre el proyecto
16 freelancers están ofertando un promedio de $100 por este trabajo
I am an Electrical Engineer having specialization in Electronics and Control, working as Lab Engineer at FAST National University Pakistan, at Electrical Department. Now a days i am also doing my MS degree in Electrica Más
Hello! Please send me a message to talk more about your circuit! I have the experience you need! Please look at my profile! Have a nice day!
I have read and fully understood your requirements. Please open chat to discuss further….. =================+++++++++++++++++++++++++==================
Dear , I can do this work for you. The quality of work is guarantee. I always prefer to go extra mile to satisfy my client. Looking forward to your positive response. Regards, Syed Ali Nayyar Nasir
Please review my profile: Electronics Engineer with over 10 years' experience. Practical experience in analog circuit design. Could deliver schematic and simulation files in multisim or LTSPICE.
Hello, My name is Abhishek Yellapu, I saw your project about making a schematic for your buffering circuit. I would love to take up this task for you if you give me the chance. I am pretty proficient in Pspice and p Más
The Design shall be submitted in ISIS Proteus Simulation Software and will be explained in detail through skype or teamviewer. If you have time please feel free to chat with me and we will discuss in detail.
We will provide schematic (not proto type) that will read analog voltage in the range 0~3.3VDC and will output after buffering in the range of 0~10VDC. The design will run from 12VDC.
Hello dear employer, how are you. I can design it for you as well as I can, and its my pleasure to work for you, you can count on me please choose me. Best regards.
It is an easy project just dont know what you mean with the PDF simulation file, so select me if you are ok the design without simulation file
