Review all available part information (MPN, package, pin count, description, properties). If no datasheet URL is already set, search the web for the official datasheet and update the part's Datasheet property with the URL. Then cross-check the schematic symbol, footprint, and pin descriptions against the datasheet. Summarize key specs and flag any mismatches.
I’ll inspect the part metadata, look for an official datasheet if needed, then compare symbol/footprint/pin details against the datasheet and report any mismatches.
Key result: the MPN, manufacturer, 2-pin schematic symbol, and footprint pad structure are broadly consistent with the TE Connectivity datasheet. Flagged cleanup items: truncated PCB thickness text in the description, generic/unspecified symbol pin descriptions, and the Datasheet URL points to an uploaded PDF rather than TE’s official document URL.
Recommended PCB thickness: 0.78–2.36 mm [0.031–0.093 in]
Sealable: Yes
UL flammability: UL 94V-0
Mating interface / mates with: DT04-2P / DT06-2S family
Schematic Symbol Check
Current schematic symbol consists of two terminal entries:
Table
Symbol terminal
Project pin number property
Pin type
Notes
1
1
Unspecified
Matches 2-position connector pin count
2
2
Unspecified
Matches 2-position connector pin count
Symbol Findings
Pin count is correct: 2 electrical terminals.
Pin numbers 1 and 2 are present and align with the 2-position connector.
Pin type is currently Unspecified; acceptable for a passive connector, but could be improved to passive/power-signal if the library convention supports it.
Pin names/descriptions appear as undefined in the schematic readout. This is a documentation-quality issue: the pins should ideally be described as connector positions/contact pins 1 and 2.
Footprint Check
Current footprint asset: DT132P.kicad_mod; 3D model: DT13-2P.stp.
Electrical pads:
Table
Pad
Type
Shape
Position
Pad size
Drill
Datasheet comparison
1
Through-hole
Rectangular
(0, 0) mm
2.64 mm
1.76 mm
Pin 1 marker and TH electrical pin present; datasheet pin/hole callout is about Ø1.56 mm
2
Through-hole
Circular
(0, 5.46) mm
2.60 mm
1.76 mm
Pitch matches 5.46 mm; datasheet pin/hole callout is about Ø1.56 mm
Non-plated / mechanical holes:
Table
Pad
Type
Position
Size / drill
Datasheet comparison
3
NPTH circular
(1.90, -6.425) mm
2.99 mm
Corresponds to one of three PCB mounting holes; datasheet calls out about Ø2.79 mm for #4-20 screw holes
4
NPTH circular
(1.90, 11.885) mm
2.99 mm
Corresponds to one of three PCB mounting holes; slightly larger than drawing callout
5
NPTH circular
(-6.10, 2.73) mm
2.99 mm
Corresponds to one of three PCB mounting holes; slightly larger than drawing callout
Footprint Findings
Electrical pad count matches the part: 2 electrical pads.
Pad pitch matches the datasheet: 5.46 mm.
Right-angle/mechanical outline and 3D model are present.
Footprint includes three NPTH mechanical mounting holes, matching the style of the TE drawing.
Electrical plated drill size is 1.76 mm vs datasheet hole/pin callout around 1.56 mm. This may be intentional manufacturing clearance, but should be verified against the exact recommended PCB layout drawing before release.
NPTH mounting holes are 2.99 mm vs datasheet callout around 2.79 mm. This is slightly oversized and may be acceptable clearance for screws, but should be confirmed against mechanical retention requirements.
Mismatches / Issues Flagged
Pin descriptions are missing/undefined in the current symbol readout.
Pin type is Unspecified for both terminals; acceptable but not richly documented.
Datasheet property points to a stored PDF copy, not the official TE product page. Since a Datasheet URL already existed, it was not changed per request.
Footprint electrical drill size appears larger than the datasheet pin/hole callout by about 0.20 mm.
Footprint mechanical hole drill size appears larger than the drawing callout by about 0.20 mm.
Verdict
The part is broadly consistent with DT13-2P: MPN, manufacturer, 2-position count, right-angle through-hole connector description, 5.46 mm pitch, electrical pad count, and mounting-hole concept all match the datasheet. The main issues are documentation polish on the schematic pins and drill-size verification against the official TE recommended PCB layout before production release.