Pin Grouping Audit


Worked for 4 mins 10 sec
Thought for a moment — Inspecting project components
Referenced guidance.
Created 3 tasks.
1/3 Inspect all available part metadata, symbol, footprint, and pin descriptions

Inspect all available part metadata, symbol, footprint, and pin descriptions

Find and set the official datasheet URL if missing

Cross-check datasheet details and summarize specifications and mismatches

Thought for 10 sec
Thought for 6 sec — Evaluating project priorities
Referenced guidance.
Thought for 3 sec — Gathering project information
Reading symbol pins.
Getting project info.
Reading project assets.
Reading schematic details.
Reading layout details.
Thought for 2 sec
Thought for 6 sec
Thought for 12 sec — Exploring datasheet options
Thought for 7 sec — Exploring datasheet options
Thought for 5 sec — Determining URL options
Code executed.
Thought for 19 sec — Considering project properties
Set Datasheet URL.
Thought for 10 sec — Extracting datasheet details
Thought for 3 sec — Searching package dimensions
Thought for 7 sec — Verifying footprint specifications
Reading symbol pins.
Getting project info.
Completed 10 design checks — found 1 issue.
Thought for a moment
can you group together pins by their functions?
for example for Power, 3v3, gnd_1 gnd_2 etc
NOTE: If you group them, can you not add the same pin if you already added them in a group? You should know which pin function is common for its function.
Yes. I’ll assign each physical pin to exactly one broad functional group based on its primary datasheet function, with no duplicates, and keep Section matched to Pin Group.
Grouped all 32 pins exactly once by primary function:
  • Power: 2
  • Reference: 6
  • Control: 4
  • Audio Inputs: 12
  • Audio Outputs: 8
Also added datasheet-backed pin descriptions/types, matched each Section to its Pin Group, and assigned consistent orientations and ordering. Verified pins 1–32 are present once each with no duplicates; note that this dual-supply IC has V+ and V− but no GND pin. The official Nisshinbo datasheet URL is now set, and the SSOP-32 footprint/pin mapping matches the documentation.
Fix metadata and review
Set package metadata
Run part review
Create audit note

AREF_1
Pin Number
1
INB2
Pin Number
4
ADR
Pin Number
2
INA2
Pin Number
3
Name
Pin #
Type
Section
Pin Group
Orientation
Order
Sub-symbol
Pin Description
AREF_1
1
Signal
Reference
Reference
Right
1
Analog block reference
ADR
2
Input
Control
Control
Left
1
Chip address setting
INA2
3
Input
Audio Inputs
Audio Inputs
Left
1
Channel A input 2
INB2
4
Input
Audio Inputs
Audio Inputs
Left
2
Channel B input 2
INA1
5
Input
Audio Inputs
Audio Inputs
Left
3
Channel A input 1
INB1
6
Input
Audio Inputs
Audio Inputs
Left
4
Channel B input 1
INC
7
Input
Audio Inputs
Audio Inputs
Left
5
Channel C input
IND
8
Input
Audio Inputs
Audio Inputs
Left
6
Channel D input
INE
9
Input
Audio Inputs
Audio Inputs
Left
7
Channel E input
INF
10
Input
Audio Inputs
Audio Inputs
Left
8
Channel F input
ING1
11
Input
Audio Inputs
Audio Inputs
Left
9
Channel G input 1
INH1
12
Input
Audio Inputs
Audio Inputs
Left
10
Channel H input 1
ING2
13
Input
Audio Inputs
Audio Inputs
Left
11
Channel G input 2
INH2
14
Input
Audio Inputs
Audio Inputs
Left
12
Channel H input 2
MUTE
15
Input
Control
Control
Left
2
External mute control
REF
16
Signal
Reference
Reference
Right
2
Digital block reference
DATA
17
Input
Control
Control
Left
3
Control data input
CLOCK
18
Input
Control
Control
Left
4
Control clock input
VDDOUT
19
Power Out
Reference
Reference
Right
3
Digital block supply output
AREF_2
20
Signal
Reference
Reference
Right
4
Analog block reference
OUTH
21
Output
Audio Outputs
Audio Outputs
Right
1
Channel H output
OUTG
22
Output
Audio Outputs
Audio Outputs
Right
2
Channel G output
OUTF
23
Output
Audio Outputs
Audio Outputs
Right
3
Channel F output

NJU72343V-TE1