Part Data Review and Validation

Thought for 5 mins 33 sec

I completed the review as far as the available sources allowed.

1) Part information reviewed Project metadata for 3020-06-0300-00

Table

Field	Result
MPN	3020-06-0300-00
Manufacturer	CNC Tech
Description	Conn Shrouded Header HDR 6 POS 2.54 mm Solder ST SMD
Mount	Surface Mount
Package / Case	CONN-SMD
Part type	Connector
Designator prefix	J
Current project Datasheet URL property	DigiKey product page, not the manufacturer PDF

Product metadata recovered from distributor/manufacturer page

Table

Field	Result
Positions	6
Rows	2
Pitch	2.54 mm
Row spacing	2.54 mm
Connector type	Header, male pin
Style	Board-to-cable/wire
Shrouding	Shrouded, 4 wall
Termination	Solder
Mounting	Surface mount
Fastening	Push-pull
Insulation height	9.00 mm
Contact shape	Square
Contact material	Brass
Contact finish	Gold flash
Insulation material	PA9T / Nylon 9T
Features	Keying slot
Operating temperature	-40 °C to 105 °C
Flammability	UL94 V-0
Current rating	3 A (AC/DC)

2) Datasheet URL status

A datasheet-related URL was already set on the part project, so I did not modify properties.

I also found the manufacturer PDF reference:

Official manufacturer PDF

3) Datasheet scan result

I attempted to scan the official PDF directly, but the PDF extraction failed in the available tooling, so I could not reliably extract the full internal tables from the document itself.

What I could confirm

Table

Category	Status
Electrical characteristics	Partial only: 3 A, -40 °C to 105 °C, material/plating details recovered
Absolute maximum ratings	Not recovered
Recommended operating conditions	Partial only: operating temperature recovered
Pin descriptions	Not recovered from datasheet text
Package dimensions	Partial only: 9.00 mm insulation height, 2.54 mm pitch, 2.54 mm row spacing
Special features	Keying slot, shrouded housing, gold flash contacts

Because the PDF content was not machine-readable here, I cannot claim exact datasheet tables for:

absolute maximum ratings
recommended operating conditions
per-pin descriptions
full mechanical drawing dimensions
recommended PCB land pattern

4) Symbol and footprint cross-check Symbol status

The schematic symbol is currently built from six separate terminals:

Footprint status

The footprint exists and includes pads 1-6 with an imported KiCad footprint asset.

Findings

Table

Check	Result	Risk
Footprint present	Pass	No immediate missing-footprint issue
Pad count vs part position count	Pass: 6 pads / 6 positions	Low
Symbol pin count vs pad count	Pass: 6 / 6	Low
Pin names/descriptions	Fail: no functional pin names, only numbers	Medium
Pin electrical types	Fail: all terminals are Unspecified	Low to Medium
Datasheet property quality	Warning: property points to DigiKey page, not manufacturer PDF	Medium
Mechanical verification vs datasheet drawing	Incomplete	Medium to High
Pin numbering clarity for mating orientation	Warning	High

Most important mismatch/risk

The biggest practical risk is pin-numbering ambiguity.

Your symbol presents pins as:

left side: 1, 2, 3
right side: 4, 5, 6

But the footprint pad layout is a 2 x 3 connector with alternating numbering by row:

top row: 1, 3, 5
bottom row: 2, 4, 6

That does not necessarily mean the netlist is wrong, but it does create a real risk of:

incorrect cable mapping
mirrored connector interpretation
assembly/debug mistakes if someone assumes left-to-right symbol grouping matches physical row grouping

Manufacturing / ordering / failure risks flagged

Table

Risk	Why it matters
Datasheet property points to distributor page	Can cause incorrect documentation handoff and weaker traceability
Symbol lacks orientation/keying information	High chance of wiring mistakes for boxed headers
Symbol lacks explicit pin naming beyond numbers	Easier to mis-assign nets on dual-row connectors
Full footprint dimensions not verified against manufacturer drawing	Could hide pad-length/body-courtyard mismatch
No extracted recommended land pattern confirmation	Potential solderability or assembly issue remains unverified

Bottom line

The part identity and high-level metadata look consistent with a 6-position, 2-row, 2.54 mm, shrouded SMD box header.
The count-level symbol/footprint mapping looks okay.
The largest issue is the symbol’s poor representation of connector orientation and numbering.
I cannot fully validate the footprint geometry against the manufacturer drawing because the official PDF could not be parsed by the available tools in this session.

If you want, I can next do one focused pass on just the improvement actions needed for this part project, such as replacing the current datasheet property with the manufacturer PDF URL, or restructuring the symbol numbering to better match the physical connector.

Use manufacturer PDF

Check pad geometry

Review connector symbol

Run more checks

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