Looking at the datasheet of this component, can yo...

flux

Updated all 32 pins so the functional groups are more general, and every pin’s Section now matches its Pin Group exactly.
Open items:
  • None.
Suggested next steps:
  1. Review the symbol grouping visually.
  2. Run ERC if you want to validate pin-type behavior after grouping changes.
A

adrian95

Assign a Terminal Order from 1 to 10, starting with Power. Power should be Terminal Order 1, and Ground should be last, Terminal Order 10. For Orientation, set Power to "Top" and Ground to "Bottom." For the remaining sections/groups, you may decide the Terminal Order and Orientation yourself. For Orientation, distribute them between "Left" and "Right" — don't put everything on one side. Each group/section should have a different orientation.

flux

I’ll assign terminal ordering and orientations by functional group, keeping Power at order 1/top and Ground at order 10/bottom, then verify the properties across all pins.

flux

Assigned Terminal Order and Pin Orientation across all 32 pins and verified the updates.
Open items:
  • Note: there are three remaining non-power/ground groups but only two allowed side orientations (“Left”/“Right”), so Analog and Control both use Left while Digital I/O uses Right.
Suggested next steps:
  1. Review the symbol layout visually.
  2. If you want every group to have a unique orientation, allow one of the remaining groups to use Top or Bottom as well.
Fix orientations and ERC
Use unique orientations
Run ERC review
Arrange symbol visually
Export pin report
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Files

Pins

Symbol

Layout

3D View

PD7
AREF
PC5
PD6
PB4
GND
PB1
PB3
GND
VCC
PC3
~RESET~/PC6
ADC7
PC0
PD5
PD4
XTAL1/PB6
PB0
PB2
PD1
GND
PB5
PD0
PD2
PC2
ADC6
PC1
PD3
PC4
XTAL2/PB7
AVCC
VCC
Name
Pin #
Type
Part Type
Pin Description
Pin Group
PD3
1
Bi-Directional
Terminal
PD3 GPIO; PCINT19/OC2B/INT1 alternate functions
Digital I/O
PD4
2
Bi-Directional
Terminal
PD4 GPIO; PCINT20/XCK/T0 alternate functions
Digital I/O
GND
3
Ground
Terminal
Ground
Ground
VCC
4
Power In
Terminal
Digital supply voltage VCC
Power
GND
5
Ground
Terminal
Ground
Ground
VCC
6
Power In
Terminal
Digital supply voltage VCC
Power
XTAL1/PB6
7
Bi-Directional
Terminal
PB6 GPIO; XTAL1/TOSC1 clock input alternate functions
Digital I/O
XTAL2/PB7
8
Bi-Directional
Terminal
PB7 GPIO; XTAL2/TOSC2 clock output alternate functions
Digital I/O
PD5
9
Bi-Directional
Terminal
PD5 GPIO; PCINT21/OC0B/T1 alternate functions
Digital I/O
PD6
10
Bi-Directional
Terminal
PD6 GPIO; PCINT22/OC0A/AIN0 alternate functions
Digital I/O
PD7
11
Bi-Directional
Terminal
PD7 GPIO; PCINT23/AIN1 alternate functions
Digital I/O
PB0
12
Bi-Directional
Terminal
PB0 GPIO; PCINT0/CLKO/ICP1 alternate functions
Digital I/O
PB1
13
Bi-Directional
Terminal
PB1 GPIO; PCINT1/OC1A alternate functions
Digital I/O
PB2
14
Bi-Directional
Terminal
PB2 GPIO; PCINT2/SS/OC1B alternate functions
Digital I/O
PB3
15
Bi-Directional
Terminal
PB3 GPIO; PCINT3/OC2A/MOSI alternate functions
Digital I/O
PB4
16
Bi-Directional
Terminal
PB4 GPIO; PCINT4/MISO alternate functions
Digital I/O
PB5
17
Bi-Directional
Terminal
PB5 GPIO; SCK/PCINT5 alternate functions
Digital I/O
AVCC
18
Power In
Terminal
Analog supply for ADC and Port C
Power
ADC6
19
Input
Terminal
ADC channel 6 analog input
Analog
AREF
20
Input
Terminal
Analog reference pin for ADC
Analog
GND
21
Ground
Terminal
Ground
Ground
ADC7
22
Input
Terminal
ADC channel 7 analog input
Analog
PC0
23
Bi-Directional
Terminal
PC0 GPIO; ADC0/PCINT8 alternate functions
Digital I/O

ATMEGA328P-AU