AMPHENOL
Technical notes901-119
Technical notes
RF Industries RSA-3404 versus Amphenol 901-119:
RFI connector is nickel plated brass, this connector is gold plated BeCu.
Source: User provided
PART CROSS REFERENCE · RF & INTERCONNECT · RF CONNECTORS & ADAPTERS
RSA-3404
RF Industries ↗RF Industries RSA-3404 has 20 recorded cross-reference matches across 9 manufacturers. Compare the listed alternatives and check their source notes before selecting a replacement.
20recorded matches
9alternate manufacturers
1reference sources
15matches with technical notes
COMPARE YOUR OPTIONS
RSA-3404 equivalent products & cross references
Two-way recorded relationships. Each source may carry conditions or differences.
AMPHENOL
Technical notes901-302
Technical notes
RF Industries RSA-3404 versus Amphenol 901-302:
RFI connector is nickel plated brass, this connector is gold plated BeCu.
Source: User provided
AMPHENOL
Technical notes901-9217-SF
Technical notes
RF Industries RSA-3404 versus Amphenol 901-9217-SF:
RFI connector is nickel plated brass, this connector is Passivated Stainless-Steel.
Source: User provided
AMPHENOL
Technical notes901-9217
Technical notes
RF Industries RSA-3404 versus Amphenol 901-9217:
RFI connector is nickel plated brass, this connector is gold plated stainless steel.
Source: User provided
AMPHENOL
Technical notes901-B2504-512
Technical notes
RF Industries RSA-3404 versus Amphenol 901-B2504-512:
RFI connector is nickel plated brass, this connector is Passivated Stainless-Steel.
Source: User provided
AMPHENOL
Technical notes901-B2505-512
Technical notes
RF Industries RSA-3404 versus Amphenol 901-B2505-512:
RFI connector is nickel plated brass, this connector is Passivated Stainless-Steel.
Source: User provided
BERG
Technical notes39A107-1
Technical notes
RF Industries RSA-3404 versus Berg 39A107-1:
RFI connector has gold plating; this connector has nickel.
Source: User provided
CAMBRIDGE
Recorded cross reference28-5040
Source: User provided
CAMBRIDGE
Recorded cross referenceCP-3404
Source: User provided
JOHNSON
Technical notes142-0901-801
Technical notes
RF Industries RSA-3404 versus Johnson 142-0901-801:
RFI connector is nickel plated brass, this connector is gold plated stainless steel.
RFI connector has nickel plating, this connector has gold.
Source: User provided
JOHNSON
Technical notes142-0901-802
Technical notes
RF Industries RSA-3404 versus Johnson 142-0901-802:
RFI connector is nickel plated brass, this connector is Passivated Stainless-Steel.
Source: User provided
JOHNSON
Recorded cross reference142-0901-806
Source: User provided
MA/COM
Technical notes2080-0000-02
Technical notes
RF Industries RSA-3404 versus MA/COM 2080-0000-02:
RFI connector is nickel plated brass; this connector is stainless steel with passivated coupling nut.
Source: User provided
MA/COM
Technical notes2080-1900-02
Technical notes
RF Industries RSA-3404 versus MA/COM 2080-1900-02:
RFI connector is nickel plated brass; this connector is stainless steel with passivated coupling nut. RFI connector has non-captive contact.
Source: User provided
MA/COM
Technical notes2080-5055-02
Technical notes
RF Industries RSA-3404 versus MA/COM 2080-5055-02:
RFI connector is nickel plated brass; this connector is stainless steel with passivated coupling nut.
Source: User provided
PASTERNACK
Recorded cross referencePE9070
Source: User provided
RADIALL
Technical notesR 125 705
Technical notes
RF Industries RSA-3404 versus Radiall R 125 705:
RFI connector has nickel plating, this connector has gold.
Source: User provided
TCC
Recorded cross reference19-23-TGN
Source: User provided
TE CONNECTIVITY
Technical notesADP-SMAF-SMAF
Technical notes
TE Connectivity ADP-SMAF-SMAF versus RF Industries RSA-3404:
Listed competitor configuration: SMA Female to SMA Female Adp. SMA Jack Female To SMA Jack Female 50 Ohm. Competitive reference for assessment; exact equivalence in quality, specifications, approvals or features is not asserted. Compare current dimensions, interface, gender, impedance, frequency range, mounting, termination, plating and approvals for the application before substitution.
Source: User provided
TE CONNECTIVITY
Technical notesADP-SMAF-SMAF-G
Technical notes
TE Connectivity ADP-SMAF-SMAF-G versus RF Industries RSA-3404:
Listed competitor configuration: SMA Female to SMA Female Adp. SMA Jack Female To SMA Jack Female 50 Ohm. Competitive reference for assessment; exact equivalence in quality, specifications, approvals or features is not asserted. Compare current dimensions, interface, gender, impedance, frequency range, mounting, termination, plating and approvals for the application before substitution.
Source: User provided
RF Industries RSA-3404 specifications & datasheets
No part-specific datasheet link has been verified in this record. Catalog and document-search links are provided to help locate current specifications.
Source coverage & limitations
- User provided
Counts describe recorded relationships, not stock, sales, testing or independent qualification. Manufacturer-and-part identities remain separate. Indexing dates do not establish current specifications or availability.
Check current manufacturer documents and electrical, mechanical, environmental and application requirements before selecting a replacement.
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