Part Review and Datasheet Update

flux

3:35

Retrieving project details.

Analyzing project components.

Reviewing the bill of materials.

Analyzing the PCB layout.

Analyzing the schematic.

Looking for "Exact manufacturer part number, manufacturer name, part description, product family, package/mounting style, total contact count, contact arrangement, pitch, orientation, current rating, working voltage, operating temperature range, and any mechanical/footprint dimensions for G125-MH15005L7P." in DRG-00177-Technical-Drawing-Datasheet-G125-MHXXX05L7P-pdf.pdf

Looking for "Complete pin numbering or contact numbering information for G125-MH15005L7P, including how the 25+25 positions are arranged and any mating face or numbering diagram information." in DRG-00177-Technical-Drawing-Datasheet-G125-MHXXX05L7P-pdf.pdf

Looking for "Footprint, recommended PCB hole size, row spacing, pitch, body dimensions, right-angle through-hole geometry, and any recommended land pattern or drilling details for G125-MH15005L7P." in DRG-00177-Technical-Drawing-Datasheet-G125-MHXXX05L7P-pdf.pdf

Searching the project (2 questions).

Running multiple web searches.

Searching for project properties.

Searching 3 domains.

Searching for project components.

Searching 4 domains.

Found 1 results.

Searching for components.

Searching 4 domains.

Searching for PCB details.

Searching 3 domains.

Found 1 results.

Found 1 results.

Considering metadata for packages.

Confirming mounting hole info.

Clarifying product metadata.

Search complete — 453 results across 5 domains.

Analyzing connector specifications.

Identifying missing connector details.

Considering citation options.

Evaluating citation and findings.

I reviewed the part project against the current project metadata, the terminal set in the schematic, the default footprint, and the official Harwin web/product-page data. I used the datasheet-first audit approach for pin-count and metadata verification, where the datasheet is the source of truth and pin count should match exactly
What I found

Part metadata currently in the project

FieldCurrent valueStatus
Manufacturer Part NumberG125-MH15005L7PGood
Manufacturer NameHarwinGood
Part TypeConnectorsGood
MountThrough HoleGood
Designator PrefixJGood
Datasheet URLSet to Harwin family PDFGood
DescriptionGecko Latch: 25+25 Pos Plug DIL Right-Angle 3.2mm THT Connector no LatchesMostly good, but could be tightened
Package / Case CodeMissingNeeds review/add
Max CurrentMissingCan be added
Operating TemperatureMissingCan be added
Official datasheet / product-page facts I could confirm
From Harwin’s official product information for this exact MPN:
  • Series/family: Gecko male horizontal / right-angle connector
  • Contact count: 25 + 25 = 50 contacts
  • Pitch: 1.25 mm
  • Current rating: 2.8 A max per individual contact
  • Simultaneous current rating: 2.0 A max at 25°C
  • Operating temperature: -65°C to +150°C
  • Orientation / mount style: right-angle, through-hole
Schematic symbol audit Good
  • The project contains 50 terminal components, numbered 1 through 50.
  • Each terminal’s Pin Number property matches its designator, so the basic numbering set is internally consistent.
  • The count lines up with the expected 50 contacts.
Mismatches / issues
  • All 50 terminals have Pin Type = Unspecified.
    • For a connector like this, these should normally be Passive, not Unspecified.
  • I did not find populated Pin Description values.
  • I also did not find contact names beyond simple numbering, so the symbol currently behaves like a bare numbered connector rather than a documented part.
Footprint audit Good
  • The default footprint contains pads 1 through 50, which matches the schematic contact count.
  • There are also 2 extra mounting/mechanical pads labeled 51 and 52 under the footprint mounts section.
Needs verification
  • The 50 electrical pads appear numerically aligned with the symbol.
  • The extra 51/52 pads are likely mechanical support / locating features, which is plausible for this connector style, but I could not fully verify the exact drill/land dimensions from the currently extractable PDF content.
  • I could confirm the footprint has:
    • 50 electrical pads
    • 2 mounting/mechanical pads
  • I could not conclusively verify from the available extraction:
    • exact drill sizes
    • exact row spacing
    • exact body dimensions
    • exact Harwin recommended land pattern geometry

Key mismatches and gaps

AreaFindingSeverity
Datasheet URLAlready set; no update neededOK
Pin countSymbol has 50 terminals, matching the 50-contact partOK
Pin numberingSymbol numbering 1-50 is internally consistentOK
Pin typesAll terminals are Unspecified instead of likely PassiveMedium
Pin descriptionsMissingMedium
Footprint pad count50 electrical pads matches symbolOK
Mechanical padsExtra 51/52 exist; likely valid mechanical pads, but not fully verified from extracted drawing geometryLow/Medium
Package / case propertyMissingLow
Electrical metadataCurrent and temperature ratings missing from project propertiesLow
Suggested property additions
These would improve the part record without changing the electrical model:
  • Package or Case Code: something like the Harwin family/package identifier for this right-angle 50-contact Gecko variant
  • Max Current: 2.8 A
  • Operating Temperature: -65°C to +150°C
Summary
  • The part project is mostly structurally correct:
    • correct MPN/manufacturer
    • datasheet URL already present
    • 50-pin symbol
    • 50-pad electrical footprint
  • The main issues are metadata completeness and symbol terminal properties:
    • all contacts are still Unspecified
    • pin descriptions are missing
    • package/current/temperature properties are missing
  • The only footprint concern I’d flag right now is the presence of pads 51/52 without confirmed drawing extraction; they are probably mechanical, but I can’t certify them from the available parsed datasheet content alone.
If you want, I can do the next pass and:
  • set all connector contacts to Passive
  • add missing project properties like Max Current and Operating Temperature
  • tighten the description
  • flag whether pads 51/52 should stay as mechanical features or be converted/renamed more clearly
Fix mismatched parts
Prioritize critical components
Check package consistency
Add missing datasheets
2 days
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G125-MH15005L7P

G125-MH15005L7P thumbnail
Connector Header Through Hole, Right Angle 50 position 0.049" (1.25mm) The G125-MH15005L7P is a 50-position, dual-row (2×25) male header connector with a 1.25 mm pitch, intended for board-to-board, cable-to-board, or wire-to-board connections. It features a right-angle through-hole (THT) mounting style, making it suitable for compact PCB layouts requiring horizontal mating. This connector belongs to Harwin’s Gecko (G125) series, known for high reliability, vibration resistance, and compact size, often used in aerospace, industrial, and rugged embedded systems. Key Features Connector Type: Rectangular header, male pin Number of Positions: 50 (2 rows × 25) Pitch: 1.25 mm Mounting Type: Through-hole, right-angle (horizontal) Series: Gecko (high-reliability connector family) Current Rating: ~2 A per contact Voltage Rating: up to 250 V Contact Material: Phosphor bronze with gold plating Locking Mechanism: Latch-type retention Operating Temperature: approx. −65 °C to +150 °C Design Characteristics Compact high-density layout (1.25 mm pitch) for space-saving designs Shrouded housing for protection and correct mating alignment Gold-plated contacts for reliable signal integrity and corrosion resistance High vibration tolerance, suitable for harsh environments Latch or retention system ensures secure connection under mechanical stress

Properties

G125-MH15005L7P

Harwin Inc.

Connectors

content.harwin.com/m/49338d26cfd298f0/original/PD007-Product-Datasheet-Gecko-range-signal-connectors-HRi.pdf

J

Through Hole

creativecommons.org/licenses/by/4.0/

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