Wurth 171010501

@@ -1,10 +1,8 @@ # Wurth 171010501 -Current symbol review: the central chip outline is now native vector artwork derived from the preserved manufacturer STEP. It is visible in the live Depth Lab schematic and native KiCad service drawing. Pin identities and types are unchanged; canonical adom-lbr import/export retains the outline. [Inspect the symbol](https://wiki.adom.inc/adom/wurth-171010501/render/symbol.html). Native desktop parity and physical model seating remain separate unfinished checks.+Wurth Elektronik 171010501 adjustable 1 A buck micromodule. Input 2.5 to 5.5 V, output 0.8 to 5.5 V subject to input/headroom limits. LGA-6EP body nominally 3.2 x 2.5 x 1.55 mm. Six terminals plus the exposed ground pad give seven pin/pad identities. -Adjustable 1 A buck micromodule evaluated for the two sensor rails in [TMF8829 Depth Lab](https://wiki.adom.inc/adom/tmf8829-depth-lab). Input 2.5 to 5.5 V, output 0.8 to 5.5 V subject to input/headroom limits. LGA-6EP body nominally 3.2 x 2.5 x 1.55 mm. Six terminals plus the exposed ground pad give seven pin/pad identities.--**Candidate, not a qualified circuit or manufacturing release.** Manufacturer originals and canonical library exist; final setpoints, feedback resistors, transient/thermal budget, mounting and native parity remain open.+**Candidate, not a qualified circuit or manufacturing release.** Manufacturer originals and a canonical library are available. Setpoints, external components, transient and thermal performance require application-specific design; model mounting and native parity remain under review.  ## Manufacturer sources @@ -25,7 +23,7 @@ Adjustable 1 A buck micromodule evaluated for the two sensor rails in [TMF8829 D | 6 | PGND | | EP | Exposed ground pad | -The manufacturer footprint has a pin-1 silk corner and explicit zero-offset/unit-scale model transform. OCCT reports pin-1 unknown; this is not a passed orientation check. Verify actual body/contact/pin-1 alignment in webview and native tools. Preserve original physical geometry when adding the later virtual MPN annotation and grouped chip-outline symbol variant.+The manufacturer footprint has a pin-1 silk corner and explicit zero-offset/unit-scale model transform. OCCT reports pin-1 unknown; this is not a passed orientation check. Verify actual body/contact/pin-1 alignment in webview and native tools. The grouped symbol includes a central manufacturer-derived chip outline. Preserve original physical geometry when adding virtual model markings.  ## Datasheet discrepancies @@ -41,6 +39,10 @@ Parts Search on 9 September 2026 returned Mouser **710-171010501**, **10,004 in  ## Validation status -Seven canonical pin/pad identities agree with the manufacturer source. STEP-to-GLB conversion completed. Feature bounds including OCCT tolerance are approximately 3.2124 x 2.5124 x 1.5624 mm; this does not certify pad seating. Native KiCad/Fusion/Altium read-back, grouped symbol/MPN annotation, electrical qualification and manufacturing release remain pending.+Seven canonical pin/pad identities agree with the manufacturer source. STEP-to-GLB conversion completed. Feature bounds including OCCT tolerance are approximately 3.2124 x 2.5124 x 1.5624 mm; this does not certify pad seating. Native KiCad/Fusion/Altium read-back, virtual model markings, electrical qualification and manufacturing release remain pending.++Canonical-derived exports now include `171010501.lbr` (local complete-deviceset validation passed) and `exports/altium/171010501.SchLib` plus `.PcbLib` (seven pins and pads). This is export evidence, not native application parity. Interactive wiki viewers are available for library inspection.++## Related projects -Canonical-derived exports now include `171010501.lbr` (local complete-deviceset validation passed) and `exports/altium/171010501.SchLib` plus `.PcbLib` (seven pins and pads). This is export evidence, not native application parity. The authenticated wiki viewers visibly loaded the package, and a later inspection was recorded in Depth Lab clip C22.+[TMF8829 Depth Lab](https://wiki.adom.inc/adom/tmf8829-depth-lab) uses this component. Its circuit choices and project progress are documented there.