FIELD GUIDESource-led reference

E063 · No electrical assignment published

SMA coaxial connector engineering reference

Amphenol RF documents SMA as a 50-ohm threaded RF connector family with MIL-STD-348 interface context. V54 intentionally avoids promoting family-typical RF limits into universal per-product guarantees.

Source checked · no independent review claimed · Fabrication approved: no

SMA coaxial connector — original, not-to-scale identification schematic; drawing review pending
View Orthographic side profileComponent Amphenol RF 132113 · Cable plug / cable endNot to scale · technical and rights review pending · Inspect this view → (private workspace)
Identification schematic only · not to scale · drawing review pending. No engineering drawing is published for this profile.

Orientation

How to read this profile

Family-level coax interface context only; no mating-face conductor numbering or fabrication geometry is published.

Source-scoped identification facts

Each value retains its exact example, role and measurement axis. Facts from different parts must not be combined into an invented component.

Documented examples; not a mating drawing or compatibility approval
Connector roleplug; socket; socket (132134-10)S046 · S372 · S868Separate exact examples; retain each value’s source, role, axis and part scope. coaxial plug and jack interface Exact named example 132134-10: SMA straight surface-mount PCB jack. Exact example only; no universal geometry, electrical compatibility, fabrication approval or wiring instruction. No geometry from unavailable customer drawing; no blanket frequency or mating approval.
Mountingstraight PCB surface mount, solder contact (132134-10)S868Separate exact examples; retain each value’s source, role, axis and part scope. Exact named example 132134-10: SMA straight surface-mount PCB jack. Exact example only; no universal geometry, electrical compatibility, fabrication approval or wiring instruction. No geometry from unavailable customer drawing; no blanket frequency or mating approval.
Coupling / latchthreaded (Claim C063A); threaded (Claim C063B); threaded (SMA interface family); threaded, standard thread direction (132134-10)S046 · S372 · S868Separate exact examples; retain each value’s source, role, axis and part scope. Named standard or manufacturer description only; procedural checks are editorial recommendations, not hardware tests. SMA interface-family engineering context only; no universal frequency, torque or cable claim. Exact named example 132134-10: SMA straight surface-mount PCB jack. Exact example only; no universal geometry, electrical compatibility, fabrication approval or wiring instruction. No geometry from unavailable customer drawing; no blanket frequency or mating approval.
ManufacturerAmphenol RF (132134-10)S868Separate exact examples; retain each value’s source, role, axis and part scope. Exact named example 132134-10: SMA straight surface-mount PCB jack. Exact example only; no universal geometry, electrical compatibility, fabrication approval or wiring instruction. No geometry from unavailable customer drawing; no blanket frequency or mating approval.
SeriesSMA (132134-10)S868Separate exact examples; retain each value’s source, role, axis and part scope. Exact named example 132134-10: SMA straight surface-mount PCB jack. Exact example only; no universal geometry, electrical compatibility, fabrication approval or wiring instruction. No geometry from unavailable customer drawing; no blanket frequency or mating approval.
Exact part / implementation132134-10 (132134-10)S868Separate exact examples; retain each value’s source, role, axis and part scope. Exact named example 132134-10: SMA straight surface-mount PCB jack. Exact example only; no universal geometry, electrical compatibility, fabrication approval or wiring instruction. No geometry from unavailable customer drawing; no blanket frequency or mating approval.

Not recorded: Nominal contacts, Positions / cavity span, Populated contacts, Contact rows, Contact pitch, Dimensions / axis, Contact gender / arrangement, Keying / polarization, Shell / form, Recorded markings, View convention. Unknown fields stay unknown; illustrations supply no measurements or pin assignments.

Recorded variant and source limits
  • Connector/cable-specific frequency and performance must be checked on the actual product.
  • Torque, materials, environmental rating and termination geometry are product-specific.
Report a correction to these facts →

Unknowns stay unknown.

  • Connector/cable-specific frequency and performance must be checked on the actual product.
  • Torque, materials, environmental rating and termination geometry are product-specific.

Your next step

Use the detail without guessing past its limits.

Source trail

Claims and sources

C063Asource checked

SMA is a threaded RF connector family. Amphenol distinguishes SMA from RP-SMA by the center-contact arrangement even though the threaded interface is retained.

Amphenol RF · SMA Connectors ↗
Overview; FAQ: difference between SMA and RP-SMA · Threaded family and center-contact difference only. No universal frequency or torque rating.

C063Bsource checked

Amphenol RF documents SMA as a 50-ohm RF connector family with threaded coupling and MIL-STD-348 interface context; frequency and performance remain connector- and cable-dependent.

Amphenol RF · Amphenol RF SMA Connectors ↗
Overview, specifications and FAQ: 50-ohm family; threaded coupling; MIL-STD-348; RP-SMA center-contact reversal · Published family ranges include product-dependent variants and do not create one universal frequency, torque, cable or performance rating.

2 source records support this profile. No independent engineering review or hardware validation is claimed.

Evidence behind this page

Scope first. Source second. Approval separate.

2 linked sources · 2 scoped claims · 0 sources with inspection/access flags.

Page scope: No V54 engineering drawing is published for this profile; the sidecar is intentionally limited to source-backed contact/interface context.

Assessment 2026-10-22 · earliest scheduled source review 2026-12-30. This is a recorded-date assessment, not a live source check. Page-level independent review is not established by this panel.

Inspect 2 source scopes, access limits and dates

S046 · SMA Connectors

Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-01 · due 2026-12-30

Within inspection window

Scoped support: Threaded family and center-contact difference only. No universal frequency or torque rating.

Not established / limitations: Threaded family and center-contact difference only. No universal frequency or torque rating.

Locator: Overview; FAQ: difference between SMA and RP-SMA

S372 · Amphenol RF SMA Connectors

Amphenol RF · Manufacturer / product-owner domain · inspected 2026-10-06 · due 2027-01-04

Within inspection window

Scoped support: Current manufacturer family-level SMA impedance/coupling/interface context and RP-SMA center-contact distinction only.

Not established / limitations: Published family ranges include product-dependent variants and do not create one universal frequency, torque, cable or performance rating.

Locator: Overview, specifications and FAQ: 50-ohm family; threaded coupling; MIL-STD-348; RP-SMA center-contact reversal

Trace 2 claims to their source records

C063A · P063

SMA is a threaded RF connector family. Amphenol distinguishes SMA from RP-SMA by the center-contact arrangement even though the threaded interface is retained.

Claim scope: Named standard or manufacturer description only; procedural checks are editorial recommendations, not hardware tests.

Source links: S046 · Evidence trail → (private workspace)

C063B · P063

Amphenol RF documents SMA as a 50-ohm RF connector family with threaded coupling and MIL-STD-348 interface context; frequency and performance remain connector- and cable-dependent.

Claim scope: SMA interface-family engineering context only; no universal frequency, torque or cable claim.

Source links: S372 · Evidence trail → (private workspace)

Prepare this page for review → (private workspace)Read the evidence method →

Recorded evidence only. An inspection date, publisher label, source link or generated packet is not independent technical review, hardware testing, fabrication approval or a compatibility verdict.