Recent content by arhzz

Okay so just to get back to everyone. I fixed it; it turns out when opening the file in VScode you need to go explicitly to the file with "Open File" and search for your .ipynb. Than after opening it that way the kernel shows up and it works fine. Thanks everyone!

Ah I see, already did that. Unfortunatly did not help. Guess I am going to stick with the oldschool way

What do you mean without the environment switch? Could you elaborate more. On a side note I am now certain it is a VS code issue since I tried doing it the oldschool way and just opened a juptyer notebook and it worked just fine.

I am trying to run an .ipynb file and have installed Miniconda as well as created an environment as such -conda create -n <env_name> python=3.7 ipykernel jupyter I am assuming this is successful as I can activate this environment via the anaconda prompt and following command -conda activate...

Okay I will look into it, thanks!

To be honest nowhere, this is a task I was given for my bachelor thesis.

For the C; I first tried finding the transfer function without the push pull stage and since the caps are "hanging" at the output of the push pull stage I neglected them. Now for the circuit itself; (I find it cool you remember my earlier post). I actually never crossed the mirror currents...

Hello; (this is going to be lengthy post) So im trying to find the small signal differential gain of this circuit The input is at the 2 NMOS's above the degeneration resistor and the output is where the capacitors are hanging (excuse that I didnt label them, the program where I drew the...

Sorry it took me so long to get back to this, but I have solved my issue. The answer was a diffrential resistor at the output (Iop and Ion) such that it matches my degeneration resistor. The current without the degeneration resistor is exactly what I expect it (Ibias) and with the degenration...

I will talk to my professor about this; but to answer at least one of your question; that link that is cropped off is just where I should download the docker that contains Xschem, has nothing to do with the actual task I will get back to you after I ask my professor. Thanks!

So remove the CMFB and just place loads on the Gm2 as it is (with P-P stage)? I did that; in the following way; so this is how the circuit looks like now What I changed are the value for the load I made them to match Gm = 1/Rs and I also made the transistor values in my Gm cell such that M18...

Okay I kind of did that. If you look at the circuit I posted in #4, I first built and tested the differential pair with the diode connected PMOS loads, without the Push Pull stage. I loaded the circuit such that Rload matched my Gm,where Gm is 1/Rs and the circuit works as intended (if you would...

Okay that helped kind of; my current i(vop) the one i have posted in #1 is still in nA but its shape resembles a lot more what I am looking for and its going from 0 to 16nA which is the behaviour I am looking for (for it to start at 0 and then rise) I think I left something important out tho...

Hello; just for reference here is the circuit I am building NOTE: the bottom 2 transistors on the far left and right (The push pull stage) are susposed to be NMOS here they are PMOS but they are susposed to be NMOS and I have built them in as NMOS; Now I have the left side of this circuit as...

Hello; I am trying to build a Gm cell using a degenerated differential pair; I also have a Common Feedback Circuit so that I can keep the output at Vdd/2; This is how my Gm Cell looks like Basically I have M1 and M2 Nmos and i feed it a differential voltage, the bottom transistors are a part...