TPS54824: Data sheet Spec

Let me see if that is available.

Hey thank u.

can you pls check that once. I am asking this because I am not getting the expected results by using this. Can you pls verify that once again .

I got that value directly from the engineer who developed the model. What "result" are you expecting? What are you using the slope comp value for?

I am using that for the calculation of inductances in parallel operation of two TPS54824 regulators.

and I am designing Power sharing application from two different DC power supply modules

Generally speaking I would not recommend operating two TPS54824 in parallel. It is technically possible, but there is no means to directly control the current sharing. You could use a load share controller with your circuit such as:

www.ti.com/.../ucc39002

Yes, There was nothing to control the current sharing I am fully agree with you. but i made a special provision for the current share control by modelling the output inductors. To model that only I needed that compensating slope .

Modelling is one thing and real life performance something else in this case. We did a reference design a while back for a similar part, TPS54620. It was really more of an academic exercise. The layout was very sensitive. I think that you will get a lot of variation in production.
www.ti.com/.../slva389

Yes, but the simulation itself not resulting in expected performance, then i thought there was some problem with the compensating slope value because rest all things were fine. The other thing is, As you mentioned the parallel operation with TPS54620 , I think it can't be used for two different power modules. please let me know if it can support for two different DC power supply inputs.