I have an EEG brain signal measurement device. I need to calibrate it -- i.e., I need to be able to apply known voltages to it and see its output. After doing this many times, I want to be able to determine the relationship between an applied voltage at the terminals and the output it gives. Any ideas on how I could do this? Is there a particular device that I could use to apply the deterministic voltages? I understand the voltages read by such EEG devices are so low and hence susceptible to noise. Would this affect me so badly. I am from CS, no much knowledge on EE
Subscribe to:
Post Comments (Atom)
-
In all the texts I encountered so far, I find the following pole-zero diagram example for an RLC series circuit: The transfer function for t...
-
As asynchronous serial communication is widely spread among electronic devices even nowadays, I believe many of us have encountered such a q...
-
Translation: Find the supplied power from the 4V Source using meshes method I proposed five equations related with the circuit but I only fi...
-
Here's what I have so far but I'm stuck with what to do for the f values for the last two and whether the if statement syntax is cor...
-
I am designing and building circuits which use 100Mb/s on a Low Voltage Differential Signaling (LVDS) bus. Some of these signals need to tra...
-
I am building a battery-powered uC circuit with an RGB LED. The LED is common cathode, so the circuit for switching the LED elements has to ...
-
Can I rotate the components and the board at once? I try hold click + Space bar but it just rotates the component only. Say I already have a...
No comments:
Post a Comment