LM73606-Q1: Feedback pin connection after sense resistor

It should be OK, as long as the sense R is not too large.
If you send us a schematic of your application we will be happy to review it.
Also, you can get an EVM and test it to be sure.

Hello Frank,

Thank you for the quick answer. The schematic is not ready yet but I will use a 0.1 Ohm resistor or less.

What is "not too large"?
Can it be simulated in rout online tools?

Thank you

I think that 0.1 Ohm is OK.

At most you might need a small capacitor at the feed-back
point to help keep the high frequency impedance low at that point.

Hello Frank,

After some simulations using the LM73606-Q1 spice model I have some follow-up question.

If the sense resistor is located immediately after the inductor it sees large current bursts which are problematic for accurate sensing and also for the sense resistor current limit.

Is it ok to have the following configuration:

Inductor -> decoupling capacitors -> sense resistors -> more decoupling capacitors -> load

Can I trust the LM73606-Q1 spice model to accurately represent waht I want to do?

Note: I must use the regulator in forced PWM

Thank you