Part Verification and Datasheet Update
Thought for 5 sec
I’ll review the connector metadata, find and attach the official datasheet if needed, then cross-check symbol/footprint/pins against the datasheet and report any mismatches.
Worked for 3 mins 12 sec
I found an official TE Customer Drawing URL in the library result, while the current project points to a stored uploaded PDF. I’m updating the project Datasheet URL to the official TE link, then I’ll finish the cross-check.
Worked for 45 sec
Reviewed DT13-2P metadata, datasheet data, symbol, and footprint. I found the official TE customer drawing URL and recorded it in project Implementation Details because the Datasheet URL field wasn’t editable through the available metadata tool.
Detailed findings are in: DT13-2P Part Verification
Open items:
- Replace the project Datasheet URL with the official TE link when that field is editable.
- Consider changing pin type from
UnspecifiedtoPassive/Signaland adding contact descriptions. - Confirm the three NPTH mounting holes against the original TE drawing before manufacturing.
Fix metadata and review
Fix pin metadata
Normalize manufacturer field
Check mechanical holes
Run ERC DRC
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DT13-2P Part Verification
Reviewed project metadata
- Project/part name: DT13-2P
- MPN: DT13-2P
- Manufacturer: project property says TE Connectivity Deutsch Connectors; library result says TE Connectivity.
- Part type: Connectors
- Mount: PCB / through-hole solder per datasheet
- Designator prefix: J
- Existing project Datasheet URL: uploaded PDF copy in Flux storage.
- Official TE Customer Drawing URL found in library: https://www.te.com/commerce/DocumentDelivery/DDEController?Action=srchrtrv&DocNm=DT13-2P&DocType=Customer%20Drawing&DocLang=English&DocFormat=pdf&PartCntxt=DT13-2P
- Note: the available project metadata mutation tool does not expose Datasheet URL as an editable project-level property, so I recorded the official TE URL under Implementation Details instead of replacing the existing Datasheet URL.
Datasheet / TE customer drawing key specs
- Description: HDR, 2P, GRY, RA, NI/CU; right-angle, wire-to-board, fully shrouded DEUTSCH DT header connector.
- Positions: 2 signal positions, 1 row.
- Pitch / centerline: 5.46 mm [0.215 in].
- Termination: through-hole solder to PCB.
- Mounting: panel mount, PCB mount retention with mounting screws/holes.
- Contact type: pin, size 16; mating pin diameter 1.59 mm [0.063 in].
- Current rating: 13 A max.
- Voltage rating: 250 VAC / 250 VDC max; nominal architecture 12 V / 24 V.
- Operating temperature: -55°C to +125°C.
- Mating interface: DT04-2P; mates with DT06-2S-**** plug variants.
- Materials/plating: plastic shell, rubber flange seal, copper alloy contacts, nickel mating finish, tin post finish.
- Recommended PCB thickness: 0.78–2.36 mm [0.031–0.093 in].
- Main dimensions: length 36.07 mm, width 35.31 mm, profile height from PCB 27.43 mm.
Symbol cross-check
- Present schematic symbol contains two Terminal components/designators: 1 and 2.
- Terminal count matches the electrical positions: 2.
- Pin numbers match the two signal/contact positions: 1 and 2.
- Pin type is currently
Unspecified; for a connector this is acceptable, thoughPassiveorSignalwould be more descriptive. - No per-pin descriptions are set beyond Pin Number. Suggested descriptions: Pin 1 = connector contact 1 / size-16 pin; Pin 2 = connector contact 2 / size-16 pin.
- No nets are defined, expected for a standalone part project.
Footprint cross-check
- Footprint asset: DT132P.kicad_mod; 3D model: DT13-2P.stp.
- Electrical pads: pad 1 rectangular through-hole at 0,0; pad 2 circular through-hole at 0,5.46 mm. This matches the 2-position, 5.46 mm pitch drawing.
- Electrical drill: 1.76 mm. Datasheet pin/post diameter is about 1.56–1.59 mm, so this gives about 0.17–0.20 mm clearance and is plausible for soldering.
- Mechanical holes: three NPTH pads are present at approximately (1.9,-6.425), (1.9,11.885), and (-6.1,2.73), drill/size 2.99 mm. These align with mounting/retention hole concepts in the drawing, but exact screw-hole diameters differ depending on which drawing feature is being represented (#4-20 / #6-19 / blind holes / panel holes), so mechanical intent should be confirmed against the original footprint source.
- Silkscreen/fab outlines broadly match a large right-angle panel-mount connector body.
Mismatches / issues flagged
- Datasheet URL: project property currently points to a stored uploaded PDF, not the official TE URL. Official URL was found and recorded in Implementation Details because direct Datasheet URL editing was not available through the metadata tool.
- Manufacturer naming: project property uses
TE Connectivity Deutsch Connectors; library result usesTE Connectivity. Both refer to the same manufacturer family, but usingTE Connectivityis cleaner and matches TE branding. - Pin descriptions: schematic pins do not include descriptive contact names; only Pin Number and Terminal components are present.
- Pin type:
Unspecifiedis acceptable but less descriptive thanPassive/Signalfor connector contacts. - Mechanical hole validation: the footprint has three 2.99 mm NPTH holes; this appears consistent with mounting features, but the exact hole function/diameter should be checked against the TE customer drawing dimensions if this part will be used for manufacturing.
Overall assessment
The part is substantially consistent with the TE DT13-2P datasheet/customer drawing for a 2-position, right-angle, through-hole Deutsch DT connector. The main electrical footprint geometry, especially two through-hole pads on 5.46 mm pitch, matches. The main cleanup items are metadata normalization, official datasheet URL replacement when supported, and improved pin descriptions/types.
Reviewed project metadata
Datasheet / TE customer drawing key specs
Symbol cross-check
Footprint cross-check
Mismatches / issues flagged
Overall assessment
