Part Information Review and Datasheet Update

adrian95

adrian95

Review all available part information (MPN, package, pin count, description, properties). If no datasheet URL is already set, search the web for the official datasheet and update the part's Datasheet property with the URL. Then cross-check the schematic symbol, footprint, and pin descriptions against the datasheet. Summarize key specs and flag any mismatches.

flux

Reviewed the part and created a detailed report. Key flags: the existing datasheet URL was already set, but the official Amphenol RF URL is preferable; the symbol/footprint has the expected 5 terminals/pads, but all terminal pin types and pin descriptions are missing/unspecified, and the description/properties are too generic.
Full review is in FA1-NDRP-PCB-8 Part Review.
Update part metadata
Fix pin details
Verify footprint dimensions
Run ERC/DRC
4
Pin Number
4
1
Pin Number
1
2
Pin Number
2
5
Pin Number
5
3
Pin Number
3

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FA1-NDRP-PCB-8 Part Review
Scope
Reviewed available Flux part-project information, schematic terminals, PCB footprint nodes/assets, project properties, and the official Amphenol RF drawing/datasheet for FA1-NDRP-PCB-8.
The part-project sync criteria used here require the datasheet to be the source of truth, exact pin-count matching including exposed/shield pins, and terminal properties such as Pin Number, Pin Type, and Pin Description to be audited against the datasheet.
Datasheet URL status
  • Existing Datasheet URL property is already set: https://www.mouser.com/datasheet/2/18/CFA1-NXRP-PCB-6B-709555.pdf
  • Because a datasheet URL is already set, I did not change the project property.
  • I also found the official Amphenol RF PDF: https://www.amphenolrf.com/en-us/assets/file/4065789803/
  • Recommendation: consider updating the Datasheet URL to the official Amphenol RF URL for canonical sourcing, even though the existing Mouser link appears to reference the same drawing family.
Project metadata reviewed

Table

FieldCurrent project valueDatasheet / official source checkStatus
Manufacturer Part NumberFA1-NDRP-PCB-8Drawing table row for key code D lists FA1-NDRP-PCB-8OK
Manufacturer NameAmphenolOfficial source/product pages identify Amphenol RF / AmphenolMostly OK; Amphenol RF would be more specific
Part TypeConnectorsRF coaxial/FAKRA connectorOK, but Connector / RF Connector would be cleaner
Designator PrefixJConnector prefixOK
MountPCBPCB mounted, through-hole, right-angleOK but incomplete; should mention through-hole/right-angle
Package or Case CodeMissingDrawing family: FA1-NXRP-PCB-8; PCB through-hole right-angle FAKRA plugMissing
Datasheet URLMouser-hosted PDFOfficial PDF exists on Amphenol RFUsable; official URL preferred
DescriptionGeneric connector-library textDatasheet-specific part is FAKRA Gen 1 / SMB plug, male pin, 50 Ω, right-angle, through-hole, D key, claret violetToo generic
Key specs from official datasheet/drawing

Table

SpecValue
Part numberFA1-NDRP-PCB-8
Drawing familyFA1-NXRP-PCB-8
Drawing titleFAKRA Plug, PCB Mounted, R/A Contact
Connector typeRF Connector, FAKRA Generation 1 / SMB style
Gender/contactPlug, male pin
MountingPCB through-hole, right-angle
Key codeD
ColorClaret violet
Impedance50 Ω nominal
Frequency rangeDC–6 GHz, optimized for DC–4 GHz
Dielectric withstand800 VRMS minimum
Voltage rating335 VRMS continuous, from FAKRA series technical specification
Insulation resistance1000 MΩ minimum, from FAKRA series technical specification
Contact resistanceCenter contact 24 mΩ max; outer contact 5 mΩ max, 6 mΩ after environmental testing
Drawing operating temperature-65°C to +125°C
Durability100 cycles minimum
Materials/platingZinc diecast body with tin/nickel/copper plating; brass contact with 30 µin gold over nickel; PBT lock cover; PTFE/Teflon insulator
Datasheet footprint / pad information
The official drawing does not print explicit pad numbers. It defines one center conductor hole and four shield/mounting-retention holes.

Table

Existing Flux pad/terminal numberDatasheet function matchDatasheet geometry
1Center conductor / RF signalØ1.17 ±0.07 mm PCB hole; Ø0.86 mm contact shown
2Shield / ground / mechanical retention postØ1.70 ±0.07 mm hole; 1.02 mm square post
3Shield / ground / mechanical retention postØ1.70 ±0.07 mm hole; 1.02 mm square post
4Shield / ground / mechanical retention postØ1.70 ±0.07 mm hole; 1.02 mm square post
5Shield / ground / mechanical retention postØ1.70 ±0.07 mm hole; 1.02 mm square post
Recommended PCB layout:
  • Four shield/mounting holes form a 5.08 ±0.05 mm × 5.08 ±0.05 mm square pattern.
  • Center signal hole is centered between them.
  • Center-to-shield offset is 2.54 ±0.02 mm in X/Y.
  • Copper pad diameters / annular ring sizes are not specified in the drawing.
Schematic symbol audit
Current schematic terminals:

Table

Terminal designatorPin NumberCurrent Pin TypeExpected functionStatus
11UnspecifiedRF signal / center conductorMismatch: Pin Type and Pin Description missing
22UnspecifiedShield / ground / mounting postMismatch: Pin Type and Pin Description missing
33UnspecifiedShield / ground / mounting postMismatch: Pin Type and Pin Description missing
44UnspecifiedShield / ground / mounting postMismatch: Pin Type and Pin Description missing
55UnspecifiedShield / ground / mounting postMismatch: Pin Type and Pin Description missing
Notes:
  • Terminal count is 5, matching the footprint’s five pads and the drawing’s one center conductor plus four shield/mounting holes.
  • The datasheet does not explicitly assign numbers 1–5, so the current numbering is acceptable only if it matches the footprint pad numbering convention used by the KiCad footprint.
  • Symbol pin labels are numeric only. A more useful symbol would label pin 1 as SIG or RF, and pins 2–5 as GND/SHIELD, while preserving exact pin numbers.
Footprint audit
Available project assets:
  • Footprint: FA1NDRPPCB8.kicad_mod
  • Symbol: FA1-NDRP-PCB-8 Symbol.svg
  • 3D model: FA1-NDRP-PCB-8.stp
  • Thumbnail: FA1-NDRP-PCB-8-thumb
Current PCB footprint nodes:
  • Pads: 1, 2, 3, 4, 5
  • This pad count matches the expected one RF center conductor + four shield/mechanical through-hole posts.
Limitations:
  • The layout API exposed pad nodes but did not provide pad geometry values in the returned view, so I could not numerically verify hole diameters or pad positions against the drawing from the live footprint data.
  • The footprint asset name and pad count look consistent with the datasheet, but pad-hole geometry should still be visually/mechanically verified against the official drawing dimensions listed above.
Mismatches / issues flagged
  1. Pin Type missing on every terminal
    • All five terminals are currently Unspecified.
    • Expected:
      • Pin 1: Passive or signal/RF passive terminal
      • Pins 2–5: Ground or shield/ground terminals
  2. Pin Description missing on every terminal
    • Expected concise descriptions:
      • Pin 1: RF center conductor
      • Pins 2–5: Shield ground post
  3. Symbol labels are not descriptive
    • The symbol currently exposes terminals named 1, 2, 3, 4, 5.
    • Recommended labels: RF/SIG for pin 1 and GND/SHIELD for pins 2–5, with pin numbers preserved.
  4. Description is too generic
    • Current project description describes a generic connector.
    • Recommended description: FAKRA Gen 1 / SMB right-angle PCB through-hole plug, male pin, 50 Ω, D key, claret violet, DC–6 GHz.
  5. Package or Case Code property is missing
    • Recommended value: FA1-NXRP-PCB-8 or FAKRA Gen 1 PCB Through-Hole Right-Angle Plug.
  6. Manufacturer name could be more precise
    • Current: Amphenol
    • Recommended: Amphenol RF
  7. Datasheet URL is not the canonical official URL
    • Current Mouser URL is usable, but the official Amphenol RF URL is preferred: https://www.amphenolrf.com/en-us/assets/file/4065789803/
  8. Footprint geometry not fully verifiable from returned layout data
    • Pad count matches.
    • Hole diameters and coordinates should be verified against:
      • Center hole: Ø1.17 ±0.07 mm
      • Four shield holes: Ø1.70 ±0.07 mm
      • Hole square pattern: 5.08 ±0.05 mm × 5.08 ±0.05 mm
      • Center-to-shield offsets: 2.54 ±0.02 mm
If you want, I can apply the metadata and terminal-property fixes next:
  • Update Manufacturer Name to Amphenol RF
  • Add Package or Case Code
  • Update Datasheet URL to the official Amphenol RF PDF
  • Update project description to be datasheet-specific
  • Set terminal properties:
    • Pin 1: Pin Type = Passive, Pin Description = RF center conductor, Section = Signal, Pin Group = RF
    • Pins 2–5: Pin Type = Ground, Pin Description = Shield ground post, Section = Ground, Pin Group = Shield
I did not apply these changes in this pass except for reviewing/reporting, because the user asked for review and mismatch flagging rather than explicitly requesting property edits beyond setting a missing Datasheet URL, which was already present.

  • Scope

  • Datasheet URL status

  • Project metadata reviewed

  • Key specs from official datasheet/drawing

  • Datasheet footprint / pad information

  • Schematic symbol audit

  • Footprint audit

  • Mismatches / issues flagged

  • Recommended updates

Documents

Assets

FA1-NDRP-PCB-8

FA1NDRPPCB8.kicad_modFootprint

FA1-NDRP-PCB-8

FA1-NDRP-PCB-8 Symbol.svgDefault
FA1-NDRP-PCB-8-thumb.png

FA1-NDRP-PCB-8-thumb.png

FA1-NDRP-PCB-8-thumbThumbnail
FA1-NDRP-PCB-8

FA1-NDRP-PCB-8

FA1-NDRP-PCB-8.stp3D Model

FA1-NDRP-PCB-8

FA1-NDRP-PCB-8 thumbnail
SMB, Fakra Connector Plug, Male Pin 50 Ohms Through Hole, Right Angle Solder The FA1-NDRP-PCB-8 is a PCB-mounted connector component typically used for reliable board-to-board or cable-to-board electrical interconnections in electronic systems. It is designed to provide stable mechanical retention and dependable signal or power transfer in compact PCB assemblies. Components in this series are commonly used in industrial equipment, consumer electronics, embedded systems, and communication devices.
Key Features PCB-mount connector design for easy integration into electronic assemblies Supports secure electrical and mechanical connection Compact form factor suitable for space-constrained designs Durable housing and contact structure for repeated mating cycles Designed for stable signal and/or power transmission Typically used in control boards, interface modules, and embedded electronics Compatible with automated PCB assembly processes depending on package style Typical Applications Industrial control equipment Consumer electronics Embedded and IoT devices Communication hardware Interface and expansion boards #Connector #RF-connector #Coaxial

Properties

FA1-NDRP-PCB-8

Amphenol

Connectors

mouser.com/datasheet/2/18/CFA1-NXRP-PCB-6B-709555.pdf

J

PCB

creativecommons.org/licenses/by/4.0/

Pricing & Availability

DPN

Stock

Qty 1

3

6–1.8K

$0.8397–$3.113

1

2.1K

$4.18

1

50

$0.00

3

80–1.8K

$2.7691–$3.8588

Controls