Best Practices for PCB Symbol Configuration: Inputs Left, Outputs Right vs Datasheet Style

Hi everyone !, I would like to know what kind of symbol configuration most of engineers or pcb designers use or what standards follow to create the symbols.

I found some recommendations and i have two examples of symbol configurations , In the "Image #1" i created the symbol placing inputs and pasive pins on left side and outputs on the right side and in the "Image #2" i followed the symbol configuration of the typical application of the datasheet.

Which of the two configurations is better to use and why?

Thank you.

Hi Juan-That's mainly a matter of personal preference.Grouping inputs and passive on the right and outputs on the left will  allow the schematic to be drawn so that the signals flow from left to right.Some people like to group pins of similar function together even though some are inputs and some are outputs, such as oscillator or compensation network pins.My preference is to arrange the pins on the schematic in the same order as they appear on the physical package. This makes the schematic a bit harder to read, but when it comes time to assign "flexible function" pins, such as on a microcontroller, to peripheral devices, it makes it simpler to pick a pin nearest the component it will be connected to, making the PCB layout cleaner.    I would recommend trying it different ways and see what works best for you.-Rick

That is primarily a matter of individual inclination.
Gathering information sources and latent on the privilege and yields on the left will enable the schematic to be drawn with the goal that the signs spill out of left to right.
A few people like to amass pins of comparative capacity together despite the fact that some are information sources and some are yields, for example, oscillator or pay organize pins.
My inclination is to mastermind the pins on the schematic in indistinguishable request from they show up on the physical bundle. This makes the schematic somewhat harder to peruse, yet when it comes time to dole out "adaptable capacity" pins, for example, on a microcontroller, to fringe gadgets, it makes it more straightforward to pick a stick closest the part it will be associated with, making the PCB format more clean.