Unable to model LTC3260 in LTspice

Or do you think a simple mid-supply virtual ground (resistor divider) is more than enough for the ADA4075 signal buffers? Am I overthinking this?

Hello,

I did not see the ADA4075 op-amp in LTSpice but I did notice that there are many other op-amps like the ADA4077. Can a similar op-close be to simulate the LTC3260 with the op-amp intended to use?

I downloaded the official spice model from Analog for the ADA4075 since it isn't natively included in LTspice library. Frankly I'm not sure why you don't natively support a lot of your chips in LTspice. Anyhow, the whole point was to model the system in its entirety. ADA4075 is significantly quieter (which is extremely desirable in this applicaition) than ADA4077 and the quiescent requirements differ a bit. Anyhow I could give your suggestion a shot.

I downloaded the official spice model from Analog for the ADA4075 since it isn't natively included in LTspice library. Frankly I'm not sure why you don't natively support a lot of your chips in LTspice. Anyhow, the whole point was to model the system in its entirety. ADA4075 is significantly quieter (which is extremely desirable in this applicaition) than ADA4077 and the quiescent requirements differ a bit. Anyhow I could give your suggestion a shot.