In talks with Anchal, we have adapted our model and the transfer function fits rather well. These measurements were taken with the AGmeasure and SRmeasure script on the larger instruments in the CTN lab (I can't remember the exact make of them). Two were used for different frequency bands: one up to 100 kHz and the other one above. In order to have continuous measurements, the high-frequency measurement was shifted to be continuous with the lower frequency measurement. This was not a significant shift and does not impact the overall interpretation. It is merely a correction for different calibrations in the Instruments used to measure the transfer functions.

The Magnitude of the transfer functions matches well and Anchal agrees that they also look good. So the circuit can be used in its current form. It isn't currently in a box but that is an easy fix. I am still making full documentation on it and that should be done over break. I am also looking to make it as a single PCB to eliminate any points of failure that come from attaching multiple PCBs together. It is not entirely necessary because as is seen in the graphs, the circuit works well but designing a PCB is a good task for over break because it does not really require any in lab work and will be highly beneficial down the road. I am still talking to Anchal about the circuit and its implementation.