Source Notes — Source-Status Dashboard
Status: v1.0 — Source-Verified Release
This is where the guide shows its work. Every technical claim belongs in one of four buckets: verified (backed by a named public source), engineering judgment (useful, deliberate, and not a specification), example only (good for teaching, never design authority), or still needs a source.
note
The guide can help you ask better questions; it can't release hardware for you. Verify ratings, qualifications, tooling, and environmental limits against current datasheets, governing standards, qualified-products listings, and your program or customer requirements.
Release history lives in the changelog. v0.7 added source hierarchy guidance, evidence fields in templates, tighter sealed-automotive language, system-level rating warnings, shield-termination nuance, and RF/fiber decision fields. v0.8 split the site into hobby and professional tracks. v0.9 expanded the hobby track; v0.10 hardened sourcing and added release tooling; v1.0 shipped the sourcing milestone — every closable row below is closed, resolved as policy, or explicitly deferred by recorded decision — and the guide is continuously reviewed after it: this dashboard and the per-page Sources sections are re-checked each audit.
Hobby connector source status
The Hobby Connector Field Guide (introduced v0.8, growing every release since) keeps its per-topic source status — what is verified, what is example-only, and what still needs a source — in exactly one place: Hobby Source Notes, the authoritative tracker for that entire track. This dashboard intentionally carries no per-topic hobby detail; if a hobby claim's status matters to you, that page is the record.
Source hierarchy
When two sources disagree — or when deciding what counts as design authority — work down this order (also on Reading Datasheets §6.1):
- Program / customer / contract requirement
- Governing standard, current edition (record the edition/date checked)
- QPD/QPL listing, where qualification matters (exact manufacturer, part number, slash sheet)
- Manufacturer documentation (datasheet, drawing, application spec, installation instruction — at a recorded revision)
- Distributor pages — availability, pricing, lead time, packaging, and lifecycle hints only
Distributor pages are useful for discovery, pricing, lead time, packaging, and availability. They are not design authority for ratings, qualification, tooling, sealing, mating cycles, or safety limits. For engineering release, verify against the governing requirement, current standard, QPD/QPL listing where applicable, and the exact manufacturer documentation. Citations below that are distributor-hosted copies of manufacturer/DLA documents are noted as such; citations that are distributor listings are flagged for replacement in the backlog.
1. Verified claims
Statements backed by a credible public source. "Verified" means the claim matches the cited source as of the date checked — it does not mean the value applies to your exact part number, and sources get revised. Inline citations live in each page's Sources section.
| Claim / content area | Source type | Source / reference | Used in | Notes |
|---|---|---|---|---|
38999 part-number decoder example (D38999/26WE26PN) | Manufacturer catalog | Amphenol Series III (AC38907) | 38999 §7.8 | Schemas differ between manufacturers |
| 38999 Series III coupling (Tri-Start thread, scoop-proof, self-locking) | Manufacturer catalog | Amphenol Series III (AC38907) | 38999 §7.2 | Series I/II/IV are the standard definitions |
| 38999 shell sizes & approximate ODs | Manufacturer catalog | Amphenol dimensional tables | 38999 §7.3 | Orientation aids; OD is shell-style-dependent |
| 38999 contact test currents (22D≈3 A, 20≈5 A, 16≈10 A, 12≈17 A) and the separate free-air carrying rating | Manufacturer spec | Glenair MIL-DTL-38999 contact performance spec | 38999 §7.5, Quick-Ref A2, matrix | Test currents ≠ continuous ratings; derating curve controls |
| 38999 keying positions (N, A–E) | Manufacturer catalog | Amphenol Series III (AC38907) | 38999 §7.7–7.8 | |
| High-power 38999 / RADSOK contacts (~70–250 A class) | Manufacturer page | Amphenol Aerospace | Quick-Ref A3, high-current path | Derating data still controls; no casual paralleling |
| MIL-DTL-26482 Series 2 family (3-point bayonet, ≥500 cycles, 600 V Cl. I / 1000 V Cl. II, contacts 20/16/12) | Manufacturer catalog | Aero-Electric / Amphenol 26482 Series 2 | 26482 mini deep dive, §3, matrix | Family-level orientation only |
| 26482 Series 1 vs Series 2 termination/tooling split | Industry reference | ConnectorSupplier / Bishop & Associates | 26482 mini deep dive | Temperature classes deliberately kept qualitative |
| Standard D-sub is non-environmental rack-and-panel | Military spec | MIL-DTL-24308K w/Amend 1 (DLA ASSIST) | §3, matrix | Ruggedized variants separately specified |
| Micro-D .050 in (1.27 mm) centers, 3 A per contact | Manufacturer spec | Glenair MIL-DTL-83513 performance spec | §3, matrix | |
| M12 standards mapping: IEC 61076-2-101 (A/B/D), -109 (X/H), -111 (power) | Standard listings | IEC webstore (direct) | M12 §8 | Edition-specific; record the edition checked. Citations moved from GlobalSpec to the IEC webstore (audit 2026-07); -111 scope figures verified against the 2025 edition abstract |
| M12 A-coded ≤4 A / ≤250 V class | Standard listing | IEC 61076-2-101 | M12 §8.1, tools | Exact rating is connector/cable/temperature dependent |
| M12 D-coded (10/100) vs X-coded (GbE/10G) roles | Standard listings | IEC 61076-2-101 / -109 | M12 §8.1, Rugged Ethernet | |
| M12 coupling-torque example (0.8–1.0 N·m) | Manufacturer datasheet | Turck RK 4.5T-5 | M12 §8.3, tools | Example only — torque is manufacturer-specified |
| M12 K-coding = 4+PE, 630 V AC class configuration | Manufacturer page | binder M12 K-coded family | M12 §8.1 | Example configuration per IEC 61076-2-111; current varies by vendor |
| M12 L-coding = 4+FE (12 A/16 A, 63 V DC class); T-coding = 4 contacts (12 A, 63 V DC class) | Manufacturer pages | binder M12 L-coded / T-coded families | M12 §8.1 | Example configurations per DIN EN 61076-2-111 (audit 2026-07); verify the exact datasheet |
| M8 detail spec is IEC 61076-2-104 (screw/snap locking) | Standard listing | IEC 61076-2-104:2026 (IEC webstore) | M12 §8.6 | Scope details are edition-specific — the 2026 edition describes 3- to 12-way; the superseded 2014 edition characterized 3- to 5-way (audit 2026-07) |
| JST series datasheets — XH, PH, SH, GH, SM, RCY, EH, ZH (and VH): pitches + headline ratings | Manufacturer datasheets/pages | Official JST series PDFs (jst-mfg.com) + JST ZH product page (jst.com) | §12, hobby JST page | Genuine-part figures only; clones not covered; "JST" alone is not a specification. EH/ZH added audit 2026-08 |
| USB-C 10,000-cycle durability (vs ~1,500 USB-A) | Public standard | USB Type-C spec Release 2.5 (USB-IF document library) | §12, Quick-Ref A4 | Cycle life ≠ ruggedness. Citations now point to the USB-IF document library, with the Mouser-hosted datasheet relabeled as a vendor secondary (audit 2026-07) |
| IP code definitions; IP67 = 1 m/30 min; IP69K origin in ISO 20653 | Standards | IEC 60529 / ISO 20653 | Quick-Ref A1 | Wording only; no standard tables reproduced |
| Deutsch DT/DTM/DTP sealing (IP68) and current classes | Manufacturer pages | TE Connectivity | §3.2, budget path | Family-level; verify the exact series datasheet |
| DEUTSCH range: DT cavities / IP6K9K / materials / keying; DTHD 25/60/100 A; HD30/HDP20 shells 18/24, 2–47 cavities, quarter-turn coupling, contacts 4–20; HD10 3–9 cavities + J1939-13 = HD10-9-1939; DRC 24–80 cavities, 100 cycles; Autosport shell styles/keyways, ASX size-24 | Manufacturer pages/catalogs + industry references | TE Connectivity (DT datasheet, HD30/HDP20 + HD10 catalogs, DTHD/DRC pages, Autosport catalog); CopperHill (J1939-13 designation only) | DEUTSCH deep dive, matrix | Family-level; DTHD and HD10 upgraded to TE-direct citations (audit 2026-08) |
| DEUTSCH solid (0460/0462) vs stamped (1060/1062) contact lines; HDT-48-00 is solid-only (12–20 AWG, DT/DTM/DTP/DTHD) | TE-authored documents | TE Application Specification 114-151004 (te.com); TE HDT-48-00 instruction sheet (distributor-hosted copy) | DEUTSCH deep dive, decode worksheet | Closed to TE-authored documents (audit 2026-08) |
| Amphenol Sine AT/ATM/ATP/AHD marketed as intermateable DT/DTM/DTP/HD equivalents | Manufacturer page + industry reference | Amphenol Sine; Chief Enterprises | §3.2, DEUTSCH deep dive | Interchange is a marketing claim — pages flag it verify-before-mixing |
| AMP Superseal 1.5 (IP67, ~14 A class) | Manufacturer page | TE Connectivity | §3.2 | |
| Molex MX150/MX150L (≥IP67; up to ~30–40 A by gauge) | Manufacturer document | Molex | §3.2 | |
| Metri-Pack series system (sealed & unsealed, series by blade size) | Manufacturer datasheet | Aptiv Metri-Pack Connection System | §3.2 | Figures deliberately qualitative |
| Weather-Pack system (1–6-way, triple-ribbed silicone seals, ~20 A class, −40/+125 °C) | Distributor catalog pages | TTI / Waytek Aptiv Weather-Pack listings | §3.2, budget path | Distributor listings, flagged for replacement if a manufacturer-hosted system document appears (Aptiv tokenized-URL situation, as with Metri-Pack) |
| U.FL-class board micro-coax (50 Ω, GHz-class, ~0.8 mm ultra-fine cable, SMT tactile-lock snap-on, extraction tool) | Manufacturer series page | Hirose U.FL (https://www.hirose.com/product/series/U.FL) | RF path | Family-level; the mating-cycle figure is deliberately unquoted — verify the exact datasheet |
| M23 servo ecosystem: signal 17–19-pole class + power inserts, shielded/IP67-class options, threaded M23×1 and SpeedTec-style quick-lock couplings, multi-vendor (TE Intercontec / Phoenix / binder) | Manufacturer pages | binder M23, TE Intercontec, Phoenix Contact | Motor + feedback path, §3.1 | Family-level; no governing-standard number asserted — cross-vendor intermating flagged as verify |
| Han E insert (16 A, 500 V, 500 cycles); Han HMC 10,000+ cycles | Manufacturer product pages | HARTING product page (Han E 09330162601) / HARTING (Han HMC) | matrix, Quick-Ref A4 | Manufacturer-direct as of audit 2026-07; the 6–48 contacts-per-insert family span still traces to a distributor listing and is labeled as such. Insert/hood/assembly define the interface |
| Micro-Fit 3.0: 8.5 A max "determined by terminal used"; 10.0 A RMF terminal offered; 2–24 ckt W2B/W2W/panel-mount configurations; 30/~250-cycle durability pair | Manufacturer documents | Molex 987650-5984 Rev. 5; Molex PS-43045-001 | matrix, Micro-Fit deep dive | RMF = Reduced Mating Force; terminal P/N sets current; product spec is the release authority |
| Molex "Fit" ladder: Nano-Fit 2.5 mm / ~8 A class; Mini-Fit ~13 A class (terminal-dependent); Mega-Fit 5.7 mm / ~23 A per circuit | Manufacturer family pages + distributor-hosted family literature (labeled) | Molex Fit-family, Nano-Fit, Mega-Fit pages; DigiKey Mini-Fit highlight | Micro-Fit deep dive | Family-level orientation; ATX = Mini-Fit Jr. identification per a distributor technical reference (no ratings drawn); families do not intermate |
| Mil-contact "50 µin class" gold plating | Manufacturer spec | Glenair contact materials spec | §5.1 | ASTM B488 over QQ-N-290 nickel |
| 500-cycle durability across 38999 / 26482 / 83513 / 24308 | Specs/catalogs | Amphenol, Aero-Electric, Glenair, MIL-DTL-24308K w/Amend 1 | Quick-Ref A4 | Per-family documents cited on the page |
| Shield-pigtail inductance ~10 nH per cm | Textbook rule of thumb | Ott, Electromagnetic Compatibility Engineering | §5.7 | Explicitly a rule of thumb |
| IPC/WHMA-A-620, Requirements and Acceptance for Cable and Wire Harness Assemblies, as the general harness workmanship/acceptance reference | Industry standard | IPC/WHMA (Revision F, 2025, current as of this writing) | Workflow §4, tools | Program/customer requirements and the manufacturer application spec control |
| EIA-364-23 is the low-level contact resistance (LLCR) method; measurement capped at ~20 mV open-circuit / 100 mA so it cannot break down films | Standard adoption notice + listing + manufacturer explainer | DLA-hosted DoD adoption notice; EIA-364-23E (2024-08) listing (DIN Media); Samtec LLCR engineering explainer | Low-level page, §6 | Method identity and intent only — no test tables reproduced; record the edition the program requires (audit 2026-08) |
| Gold contacts should not be mated to tin contacts (fretting; tin transfer to / oxide buildup on the gold half) | Manufacturer whitepaper (+ labeled press corroboration) | AMP/Tyco Golden Rules (third-party-hosted copy, labeled); Microcontroller Tips | Low-level page, Red Flags §11 | Whitepaper Rule 12; hosted-copy replacement tracked in §4 below |
| Tin-contact conditions: fracture/extrusion conduction mechanism; ~100 g-class normal force, mechanically stable mated interface, lubrication, adequate thickness, no continuous high temperature | Manufacturer whitepaper | Tyco (orig. AMP) The Tin Commandments (third-party-hosted copy, labeled) | Low-level page | Guideline-level, not per-part figures; hosted-copy replacement tracked in §4 below |
| Relay-world microload guidance: minimum switching capacity / minimum applicable load as reference values (P level per JIS C 5003); oxide-film failure at microloads; gold-clad crossbar/bifurcated contacts for microload duty | Manufacturer technical documentation | Omron relay technical information (Mouser-hosted copy, labeled) + Omron microload FAQ | Low-level page | Relay figures are reference values, cited for the concept — never applied to connectors as numbers |
| EIA-364 method identities used by the qualification template: -09 durability, -20 DWV, -21 insulation resistance, -28 vibration, -46 microsecond discontinuity, -66 EMI shielding effectiveness, -70 temperature rise vs. current (plus -23, above) | Standards listings + lab index (labeled) | GlobalSpec ECIA listings (-21, -66, -70D); DE Solutions method index (test-lab listing, labeled) | Qualification template | Method identities only — no conditions or tables reproduced; the governing spec selects methods/revisions |
| SAE AS9102 (Rev C, 2023) as the aviation/space/defense first-article-inspection formalization | Standard listing | SAE AS9102C listing (sae.org) | Qualification template, glossary | Named at listing level; the program QMS decides the applicable FAI form |
| J-STD-046A (joint JEDEC/ECIA/IPC, November 2025): acknowledge a PCN within 30 days of delivery; 30-day silence constitutes acceptance (§4.2.3.1); post-acknowledgement 90-day silence likewise (§4.2.3.2). J-STD-048 is the discontinuance counterpart | Standard text (verified) + standards-body pages | J-STD-046A text, verified audit 2026-08; jedec.org document pages | Lifecycle page | A joint electronics-industry standard (ECIA co-publishes), not semiconductor-only; manufacturers still issue notices under their own policies — the notice in hand controls |
| SD-22 DMSMS guidebook (DoD DSP, maintained under DoDI 4245.15) and IEC 62402:2019 Obsolescence management as the formal obsolescence-management treatments | Public guidebook + standard listing | DAU SD-22 tool page; IEC webstore 62402:2019 | Lifecycle page | Named for what they are; no requirement text reproduced or asserted as applying |
| Counterfeit-avoidance family: AS5553 (organizations), AS6081/AS6081A (independent distribution), AS6496 (authorized distribution); GIDEP alert program; ERAI reporting database | Standards listings + program pages | SAE Mobilus listings; dsp.dla.mil GIDEP page; erai.com | Lifecycle page | Identities and roles only; incoming-inspection techniques deliberately out of the guide's lane. Record the revision current when checked |
| Crimp = gas-tight compression joint, valid only within the qualified terminal/wire/tooling combination | Manufacturer whitepapers | TE Connectivity crimping whitepapers (small-wire primer; right-tool terminals paper) | Crimping, §5.2, Red Flags §11, harness inspection | Mechanism-level; underpins the one-wire-per-barrel rule |
| Dual-wire crimp combinations exist only as explicitly qualified, published configurations (example: Molex dual-wire test summary for the 5556 / Mini-Fit Jr. terminal, 2 × 22 AWG) | Manufacturer test summary | Molex 55560010-TS-000 | Crimping, §5.2 | The exception that proves the rule — absent such a document for the exact terminal, doubled wires are unqualified |
| NASA-STD-8739.4 §12.3.3 Allowable Contact-Conductor Combinations: "The contact-conductor combinations shall be in accordance with manufacturer's recommendations." | Public workmanship standard, text verified | standards.nasa.gov posting (Rev A w/Change 4 current as of this writing) | Crimping | Verified audit 2026-08. Makes the manufacturer's documentation the requirement — the one-wire-per-barrel rule's clause-level backing; single-sentence quote from a U.S. government work |
2. Engineering heuristics
Deliberate engineering judgment — orientation, not specification. These are intentionally not sourced to a standard, because they are how experienced engineers work, not what a document mandates:
- Do not choose by pin count first. Classify the interface (boundary, environment, service model) before shopping. (§1, §4)
- Connector selection is system design. A connector is a controlled interface between subsystems, not "a plug with enough pins." (§1)
- The connector is not just the shell. Contacts, backshells, seals, cavity plugs, caps, strain relief, tooling, and drawings are all part of the interface. (§5, What People Forget)
- Exact datasheets and program requirements beat family expectations. Family-level values orient your search; the released design uses the exact part's numbers. (throughout)
- Spare positions "where feasible and justified" — not a fixed percentage; shell size, weight, sealing plugs, and program rules may override. (§4)
- Conservative current-derating margin below the manufacturer curve — not a fixed percentage. (§4, §10)
- Service life with margin below rated mating cycles — not a fixed multiplier. (§3, §6)
- Threaded/self-locking coupling is often preferred for severe vibration — judgment; bayonet is not categorically rejected where qualified. (§4, 26482 page)
- 38999 Series III as the often-default for new harsh-environment designs — conditioned on size, mating speed, legacy, customer, and program requirements. (§7.2)
- Bench-to-product transition rule of thumb — a judgment checklist, not a spec. (§12.3)
- Splitting power and signal connectors vs. one mixed connector — a trade, argued per design. (Selection Packet example)
- Shield-termination strategy — system- and frequency-dependent judgment: one-end vs. both-ends vs. 360° backshell is documented per design with an EMC rationale, never applied as a universal rule. (§5.7, templates)
- Ratings as screening values — catalog/family figures screen candidates; the exact datasheet, derating curve, application spec, and program requirement set release values. (§3, §6, appendix, matrix)
- "No published low-level data = outside the documented lane." If a contact system's documentation never states dry-circuit/low-level behavior, mV/µA signals through it are an experiment, not a design — and the fix is a specified signal contact, not more current. (Low-level page)
- Qualification attaches to the documented configuration, not the family name — and exposure tests prove nothing until the electrical baseline is re-measured afterward. Judgment framing for the qualification template's structure; the governing spec's qualification tables control the actual sequences, samples, and criteria. (Qualification template)
- The lifecycle loop is judgment, not specification: the four-state lifecycle model, the receive/disposition/record notice loop, alternates qualified at design time while the primary is still buyable, and vendor mixing as an ICD-recorded decision. The named standards formalize the practice; none of them is asserted as a requirement on the reader's program. (Lifecycle page)
3. Example-only values
Example values are not design ratings
Example values are included to teach selection logic. They are not design ratings. Verify exact values against the current manufacturer datasheet, application specification, governing standard, and program/customer requirement.
The following are always example-only, even where the family figure is verified above:
- Every number in the comparison matrix and the quick-reference tables (A1–A4) — representative family figures, never part ratings.
- The 38999 contact-size table's test currents — relative sizing aids; the derating curve controls design current. (§7.5, A2)
- The "70–80% at full load" derating illustration in Workflow §2 — a shape illustration, not a real curve.
- All worked-example fields marked illustrative in the cable drawing and ICD templates (part numbers, cable OD, lengths, revision letters).
- Every placeholder (
J1,P1,CONTACT-SIZE16-SKT-EXAMPLE) in the Connector Selection Packet — reasoning scaffolding, not purchasable parts. - Example pinouts and wire colours (e.g. the A-coded brown/white/blue/black convention) — confirm against the device datasheet.
- Voltage/current figures quoted from standard listings (4 A / 250 V A-coded, 16 A / 630 V power codings, 600/1000 V 26482 classes) — tied to the cited edition and configuration, not universal ratings.
- The RF and fiber minimum-decision-field tables (§2 and the RF path) — process aids listing what to capture; they assert no performance values.
4. Source backlog and standing warnings
The explicit backlog. These rows gated the v1.0 "source-verified" milestone, and that milestone shipped with the v1.0 release: every closable row below is now closed, resolved as standing policy, or explicitly deferred by recorded owner decision. The section stays as the milestone record and the continuously-reviewed post-1.0 backlog. They are the places where the guide relies on family-level sources, cautious wording, or no number at all, and where released-hardware use demands the exact document.
Two kinds of rows live here, and "done" means something different for each (clarified audit-2026-08): closable rows, where a better public source exists and needs to be found and cited — these reached zero at v1.0 — and rows marked per-design — permanent, scoped per exact part / per assembly / per contact system, which no citation can close for your hardware. For those, the guide’s obligation is that every affected page carries the verify-the-exact-document hedge (re-verified audit-2026-08); they stay on this list as standing warnings, not unfinished work.
| Priority | Item | Pages affected | Source needed | Risk if unsourced | Notes |
|---|---|---|---|---|---|
| High | Load-break / hot-plug / mate-under-load claims | High-current DC, Removable module, §10, ICD template | Exact connector datasheet + governing standard statement per part | Arcing, shock, fire, destroyed contacts | Per-design — permanent. New in v0.6: treat every connector as not load-break until the exact source says otherwise |
| High | Current ratings and derating curves (per exact part) | §4, §7.5, matrix, A2/A3, high-current path | Manufacturer derating curve for the exact contact P/N and loading | Overheating, insulation damage | Per-design — permanent. Family figures verified; affected-page hedges re-verified audit-2026-08 |
| High | IP67/IP68/IP69K sealing claims (per assembly) | §5.5, §8.3, A1, sealed-feedthrough & budget paths | Test condition + datasheet for the exact mated assembly | Water ingress in the field | Per-design — permanent. IP definitions verified; per-assembly hedges re-verified audit-2026-08 |
| High | Crimp inspection / workmanship criteria (per contact system) | §4, §5.2, cable-drawing/ICD/design-review/harness-inspection templates | IPC/WHMA-A-620 class selection + the manufacturer application spec for each contact/tool system | Latent crimp failures passing visual inspection | Per-design — permanent. A-620 named as the general reference; the harness-inspection template is deliberately criterion-free for this reason |
| Medium | Voltage ratings (incl. altitude/creepage effects) | §4, matrix, 26482 page | Exact datasheet + applicable safety standard | Insulation failure | Class figures are edition/configuration examples |
| Medium | Mating-cycle ratings (per part) | A4, §6, matrix | Exact datasheet | Wear-out, rising contact resistance | Family figures verified |
| Medium | Temperature ranges (per part/class) | matrix, §6, 26482 page | Exact datasheet / spec class | Derating and material errors | 26482 temp classes deliberately qualitative |
| Medium | Wire-gauge compatibility per contact | §4, §5.2, templates | Contact datasheet / application spec | Bad crimps, failed wire seals | |
| Medium | Contact-count / insert-arrangement examples | §7.3–7.4, matrix | Manufacturer insert-arrangement drawings | Mis-specified interfaces | Guide already says "always pull the drawing" |
| Medium | MIL-DTL qualification / QPL status statements | §4, §7, 26482 page | QPL listing for the exact P/N | Non-compliant hardware | The guide asserts no QPL status today — keep it that way until verified |
| Medium | §8 | Current IEC edition text (61076-2-101/-104/-109/-111) | Stale scope claims | Resolved as standing policy (2026-08). The guide cites IEC webstore current-edition listings at abstract level with the edition/date checked recorded (-111:2025, -104:2026 per audit 2026-07); full-text purchase/review is deliberately not pursued, so scope claims stay qualitative and edition-stamped. Re-check the listings each audit — this row no longer gates v1.0 | |
| Medium | Replace distributor-listing citations with manufacturer-direct documents | matrix, Quick-Ref A4 | Manufacturer/DLA-direct links | Orientation figures drift from the controlling document | Han E closed (audit 2026-07). Molex MX150 closed (audit 2026-08): now cites Molex-hosted MX150L literature. MIL-DTL-24308 closed (audit 2026-08): all clauses verified against Rev K w/Amendment 1 (2022-12-05) retrieved via DLA ASSIST; distributor-hosted Rev G copy dropped. Aptiv: no stable manufacturer-hosted system datasheet exists (tokenized URLs); TTI-hosted copy of the Aptiv document retained with the Aptiv catalog as locator (checked 2026-08). Sourcing-hardening pass (audit 2026-08): DEUTSCH DTHD and HD10 upgraded to TE-direct pages/catalogs; DEUTSCH tooling closed to TE-authored documents (114-151004 + HDT-48-00 instruction sheet); Weather-Pack and the Han E 6–48 span remain distributor-hosted (no manufacturer-hosted equivalents found on search); the Autosport catalog remains a TE-authored document hosted by a distributor |
| Medium | Low-level page | TE-hosted originals of Golden Rules and The Tin Commandments | Citation drift if the third-party host disappears | Resolved as documented (audit 2026-08). Three deliberate search rounds found no TE-hosted copies — same terminal state as Weather-Pack: the third-party-hosted copies stay, labeled as such; re-check for manufacturer hosting each audit | |
| Low | Qualification template | DLA adoption-notice PDFs per method | — | Closed (audit 2026-08). Checked directly against the DLA MilSpec portal (which migrated to weaponssupportapps.dla.mil, 2026-08): of the methods this guide names, only -23 has a stable public adoption-notice URL (-09/-20/-21/-28/-46/-66/-70 return nothing at the download path). The -23 citations were migrated to the new hostname; the remaining methods keep authorized-reseller listings and the labeled lab index as the best public anchors — now a documented terminal state, not an open upgrade | |
| Low | Lifecycle page | J-STD-046 (free JEDEC download with registration) | — | Closed (audit 2026-08). Verified against J-STD-046A (joint JEDEC/ECIA/IPC, Nov 2025): §4.2.3.1 30-day acknowledgement / silence-is-acceptance and §4.2.3.2 90-day post-acknowledgement rule; lifecycle page and verified-claims row upgraded to clause level | |
| Low | Crimping, §5.2 | NASA-STD-8739.4 exact clause (standards.nasa.gov PDF) | — | Closed (audit 2026-08). NASA-STD-8739.4 §12.3.3 verified and quoted on the crimping page: contact-conductor combinations shall be per manufacturer's recommendations — the clause defers to the manufacturer's documentation, which is exactly the structural argument the pages make, now clause-backed | |
| Low | RF & fiber connector performance values (frequency/power/loss per family) | RF path, §2 | Exact part + cable/fiber datasheets | Degraded links | Intentionally number-free; v0.7 added decision-field tables instead of values |
| Low | Automotive sealed-connector environmental claims beyond IP (temp/vibration/fluids) | §3.2, budget path | Series application specifications | Environmental field failures | Only sealing/current classes cited today |
| Low | HDMI mating-cycle rating | §12 | Reputable public source | Minor | Intentionally unquoted; keep it that way unless sourced |
| Medium | Hobby-track source hardening | Hobby track | Per the authoritative per-topic list in Hobby Source Notes | Makers treating placeholders as ratings | Per-topic status tracked only on that page. Resolved for v1.0 (2026-08): the tracker's remaining open rows are explicitly deferred post-1.0 by owner decision — page hedges stand, and the tracker stays the authoritative backlog |
Source discipline (publication rules)
- Do not reproduce paid standards tables (the body text or tables of MIL-DTL or IEC documents) in this guide or derivatives. Reference and link instead.
- Do not copy proprietary catalog tables verbatim. Verify against public manufacturer datasheets and summarize in your own words.
- Standards change. Record the standard identifier, edition/date checked, and manufacturer datasheet revision used for the design.
- Manufacturer, standard, trademark, and connector-family names remain property of their owners; used here for identification and education only.