TI has this eval kit,

If you examine the Cyton schematic, or the TI Eval Board schematic, you can see a separate low pass filter installed on EACH input pin. This is a requirement of delta-sigma ADCs. The bandpass of the R

The TI eval kit was examined for specifications in the design of the original Cyton. But the current Cyton has many features that the TI kit lacks:

Hi William, thanks for your quick response. I am trying to facilitate an EEG experiment that involves monitoring 10 people simultaneously in the same room. I recently purchased a ganglion eval kit and

Here is my unofficial observation. The per-channel front end RC filter (regardless of exact schematic placement) is a low pass filter, intended to dissipate / block environmental-noise high frequencie

Interesting, I took a look at the eval board schematic and as far as the datasheet is concerned it would also be in violation. So our hardware engineer took a look at the TI forum and found a thread w

I still wonder, if only 1P and 1N are included in the bias, and they are only 3cm apart (roughly distance between C3-C4), then surely in addition to the offset, 50Hz, etc., there is EEG signals common

This EDN article shows the circuit and algorithms used by the Maxim dev kit GSR developer eval module. It is using AC drive.

When I used the TI eval board years ago, I set up a level shifter to make the 3.3V compatible with the 5V arduino. At the very least, you will need a voltage divider going from 5V to 3.3V. The other d

> using variations of Chip's code, it does not really seem to be working.

If your Arduino sends out packets in OpenBCI format, all of the other OpenBCI compatible apps should work, such as neuromore, etc.

since your Open BCI isn't available here we had to go with the TI eval module. we wanted to use the same technique 

@AgustinS , hi.

My perception of the TI Eval kit (from reading material on the web), is that it is kind of awkward to work with. Contains both the ADS129x board and a 'mother' board with usb interface. Firmware on th

David, the hardware interconnection and firmwares on the TI and OpenBCI boards are completely different. So you cannot put OpenBCI firmware on the TI Eval board.

> Can I daisy chain an ADS1298 board from TI to the OpenBCI board to get from 8 to 16 channels, or from 16 to 24?

Can I daisy chain an ADS1298 board from TI to the OpenBCI board to get from 8 to 16 channels, or from 16 to 24?

http://openbci.com/forum/index.php?p=/search&Search=ti+eval

There are two levels of EMI filtering. RC filters on each channel pin, and a Sinc filter inside the ADS1299. See the TI data sheet. There are several other threads on the forum that discuss EMI issues

a) I hope BIAS helps to avoid floating of the voltage level of the body. Then what about the EMI that the body is affected by? (As a large amount of EMI should be coupled to the patient's body.)