Detecting CT Type (100A:1V vs 100A:5A) at KRE2 Connector Using Comparator Circuit

I am working with current transformer and I need a circuit that can detect which current transformer is connected to a KRE2 connector / terminal (with 2 terminals). I want to know if it is possible to use a comparator amplifier and with a voltage resistive mesh that I am not sure to size right when I have a current transformer that has output voltage such as (100A: 1V) because it already has a resistor burden mounted inside it or I have a CT with current output as (100A: 5A), at the KRE input have that resistive mesh that goes in the op amp comparator and try to make voltage appear on the op amp terminals so that when it is a TC the comparator will deliver a "0" signal (perhaps because of the potential difference being small between the inverting and non-inverting input. Would the resistor pass the voltage source signal forward?) In this way the two inputs would have the same source of tension. Even when it is the current source, different resistors will drive different voltages. It is possible to make an unbalanced network at the comparator input and then at the input of this unbalanced network put 2 KREs. It has an easier way to use a connector for each CT or weld burden on the CT with current output, but it is not feasible for the cost and logistics here inside the company

Hi Didan-From your OTHER POST I thought you decided not to try to sense which current transformer is connected.  If you do need to sense which one is connected, see my response to your other post about using a 4-pin connector.-Rick

Didan,
First, it sounds as if you may not entirely understand how a comparator works so I've included the following links that I recommend you read to improve your understanding.
https://www.electronics-tutorials.ws/opamp/op...ttps://en.wikipedia.org/wiki/ComparatorSecond, in response to one of your other posts,  Rick gave you a comparator circuit that should work for your purpose and I gave some ideas for you to modify his circuit for your needs. The diodes in his circuit are needed to change the AC input into a DC level that is needed for the comparator.
Third, there is no way that ANY comparator circuit will work UNLESS you can assume that the input current to your CTs are always the same.Finally,
Your project is dealing with high voltages and currents which can be dangerous or FATAL if you don't know what you are doing. I recommend that you experiment with much lower voltage and current levels (less than 40 V and 1A) until you are certain that you understand what you need to do to make your concept work.What you are attempting to do is difficult and may not be possible depending on other constraints of your design.