Dear Respected sir/madam,

Hope you are doing well with good health. Here i would like for one favor that an Application Note 72 dated May 1998 titled as A Seven-Nanosecond Comparator for Single Supply Operation (https://www.analog.com/media/en/technical-documentation/application-notes/an72f.pdf). A circuit for Simple 10MHz voltage to frequency converter is mentioned at page no 25. i would like to simulate this circuit in Altium designer V16.0. But failed to simulate, i wanna ask any one from all of my respected seniors can help me in this regard, who have some expertise for Altium simulation. I shall be highly grateful to you for this act of kindness...

Regards

 

It would help if you post schematic.

Regards, Dana.

 

There is a good deal of complicated stuff going on in that circuit. Making good choices about the unspecified components may have a substantial effect on your ability to simulate the circuit. Are you sure you understand it well enough to fill in the details?

 

It would help if you post schematic.

Regards, Dana.

Thanks Dear !!!
Where i can send you schematic file ? I am really highly grateful to you for this act of kindness !!

 

There is a good deal of complicated stuff going on in that circuit. Making good choices about the unspecified components may have a substantial effect on your ability to simulated the circuit. Are you sure you understand it well enough to fill in the details?

Dear !!!

Almost i have good understanding about that circuit, but unfortunately get good results ... i don't know where is problem.. but i think an expert can do it within few minutes...

 

It would help if you post schematic.

Regards, Dana.

Dear Dana,

Please attached the .sch file as desired. Thanks in advance >>>>

Regards

 

Hi,

That is a good collection of app notes. Very well written with good information.
Just one small thing i noticed is that they specify that to get the inductance of a wire you have to integrate over the length and the field out to infinity which is hard to do in some wire shape cases, but often you can just use a very large number for 'infinity' and get incredibly close to the right result (within a tiny tiny percentage).
It's just part of their discussion though not too important but thought i would mention that since i spotted it.
The applications are interesting too although a little complicated.