Weidmüller 6720005273 WI-ANT-950MHZ 3DBDOMNINF RF Antenna Equivalent & Substitute Parts

Part Overview

The Weidmüller 6720005273 is an RF antenna operating in the 950 MHz frequency band with omnidirectional radiation pattern characteristics. This component is classified as obsolete product status, necessitating identification of equivalent alternatives for ongoing system maintenance and new design implementations. The part carries RoHS compliance certification and REACH unaffected status, making it suitable for applications requiring environmental regulatory adherence.

Substiute Parts

6720005273

WeidmüllerIn Stock: 11566720005273 Datasheet

Current PartRFQ

Key Parameters

Substitute Part Grouping Explanation

Equivalent and substitute parts for the Weidmüller 6720005273 RF antenna must satisfy the following critical parameters to ensure functional compatibility:

Operating frequency band alignment at 950 MHz Omnidirectional radiation pattern configuration RoHS compliance certification MSL 1 moisture sensitivity classification REACH unaffected regulatory status

No substitute parts have been identified for this specific component based on available equivalent part data. The combination of 950 MHz frequency specification, omnidirectional pattern requirement, and Weidmüller's proprietary antenna design creates a narrow substitution window. Organizations requiring this antenna should contact authorized Weidmüller distributors for end-of-life component solutions, including potential custom configurations or alternative frequency band antennas if application flexibility permits.

Parameter Comparison

Engineering Selection Recommendations

The Weidmüller 6720005273 maintains obsolete product status, indicating discontinued manufacturing and limited availability through standard distribution channels. Selection of replacement components should prioritize:

RoHS compliance certification to maintain regulatory alignment with existing system documentation MSL 1 rating to ensure compatibility with standard storage and handling procedures REACH unaffected status for continued compliance with European chemical regulations Frequency band specificity at 950 MHz to preserve RF performance characteristics

Direct substitution options are not currently available. System designers should evaluate whether alternative frequency bands or antenna configurations can accommodate application requirements, or establish long-term component procurement strategies through authorized Weidmüller channels.

Frequently Asked Questions (FAQ)

Q: What makes the Weidmüller 6720005273 difficult to substitute? A: The specific combination of 950 MHz operating frequency, omnidirectional radiation pattern, and Weidmüller's proprietary design limits direct equivalent availability. RF antennas require precise frequency matching and pattern characteristics to maintain system performance.

Q: Can I use an antenna from a different manufacturer at 950 MHz? A: Potential alternatives must match the omnidirectional pattern specification and maintain RoHS and REACH compliance. Frequency tolerance, gain characteristics, and physical mounting interface must be verified against original system specifications.

Q: What is MSL 1 and why does it matter for antenna selection? A: MSL 1 (Moisture Sensitivity Level 1) indicates unlimited shelf life without moisture control requirements. Substitute antennas must carry equivalent or lower MSL ratings to ensure compatibility with existing inventory management procedures.

Q: How should I handle the obsolete status of this component? A: Contact authorized Weidmüller distributors to explore available options, including remaining inventory, alternative models, or custom solutions. Document any substitutions in system design records for future maintenance reference.

Q: Are there frequency band alternatives if 950 MHz substitutes are unavailable? A: Alternative frequency bands may be available from Weidmüller or other manufacturers, but application requirements must permit frequency modification. RF system performance will change with different operating frequencies.