JST XH Connector Pinout Verification
Verify exact JST S3B-XH-A(LF)(SN) existing sideentry3pin part for8receiver headers. Primary https://www.jst-mfg.com/product/pdf/eng/eXH.pdf verifies3A22AWG,250V,XHP-3 housing SXH-001T-P0.6 contact28–22AWG. Inspect actual symbolic pin1/2/3 and footprint; research exact manufacturer drawing visually if general catalog does not identify pin1 numbering; verify topview/key,mate,hole0.9mm,pitch2.5mm geometry. No receiver layout/no invented mapping. Readonly when lack edit access; report modeldefects and evidence primary drawing URL/fullpartURL. Source differentialP1 CHASSIS2 differentialN3 remains unchanged.
Thought for 10 sec
I’ll check the connector’s pins and footprint against JST’s drawings, without changing the part or the receiver’s pin mapping.
Worked for 3 mins 20 sec
Inspected the exact Flux part: symbol pins 1/2/3 are passive, and the top-view footprint places 1 at right (square), 2 center, 3 left, with 2.50 mm pitch, 1.00 mm drills, 1.508 mm pads, and a **9.9 × 11.5 mm outline; the rendered model’s leads visually align with the pads, with no obvious model defect.
JST’s catalog confirms 3 A at 22 AWG, 250 V, XHP-3 housing, SXH-001T-P0.6 contacts for 28–22 AWG, and Ø0.9 +0.1/−0 mm holes—the library drill is at that tolerance’s upper limit, not automatically incorrect.
Primary-drawing visual verification of pin 1 relative to the key/mating face remains unresolved because view-only access blocked the PDF-rendering workspace, so I have not approved that orientation or changed anything; the required receiver assignment remains 1 = differential P, 2 = CHASSIS, 3 = differential N.
JST’s catalog confirms 3 A at 22 AWG, 250 V, XHP-3 housing, SXH-001T-P0.6 contacts for 28–22 AWG, and Ø0.9 +0.1/−0 mm holes—the library drill is at that tolerance’s upper limit, not automatically incorrect.
Primary-drawing visual verification of pin 1 relative to the key/mating face remains unresolved because view-only access blocked the PDF-rendering workspace, so I have not approved that orientation or changed anything; the required receiver assignment remains 1 = differential P, 2 = CHASSIS, 3 = differential N.
