Product details
WIRL-ACCE connector; configuration: SMA; frequency 2.4GHz ~ 2.5GHz
Part number (MPN)
Frequency
2.4GHz ~ 2.5GHz
Interface
WIRL-ACCE
Need a custom version from drawing?
We coordinate supplier-qualified RF connector and cable assembly sourcing from drawings, samples, or BOM. Typical production lead time is 3–6 weeks after drawing/spec review; feasibility, MOQ, and fit are confirmed by RFQ.
Before RFQ Clear inputs speed up review. ⌄
- • Share the reference MPN and source brand if it matters.
- • Add the BOM and volume split for production projects.
- • Attach the drawing or the key fit requirements.
Image
Click image to enlarge.
Specifications
| Interface | WIRL-ACCE |
|---|---|
| Frequency (max) | 2.4GHz ~ 2.5GHz |
| Termination | SMA |
| Signal Performance | 2 |
Description
Current reference data for AMB1926: WIRL-ACCE · 2.4GHz ~ 2.5GHz · SMA. The catalog currently lists the configuration as: SMA. Frequency is listed as 2.4GHz ~ 2.5GHz. The real operating limit still depends on the assembly, mating pair, and application context. If mounting is missing here, confirm it from the drawing or mating requirement. Use this page to shortlist before RFQ, not as the final sign-off.
Use this page to shortlist before RFQ. MOQ 200+ custom production and supply path are confirmed after drawing/spec/BOM review; no spot stock is assumed.
Similar Connectors
Related models:
CA-085SCSMSM012
High quality fully tested SMA-Male to SMA-Male cable assemblies featuring .085 Semi-Rigid Tin Plated Standard Copper. Not exactly what you are looking for? We can custom build your semi-rigid cable assemblies using state of the art forming and stripping equipment and with a wide array of available connectors. Contact us today with your custom cable requirement. Also be sure to inquire about lead-free semi-rigid cable assemblies.
9163-9113-000
SMA / STRAIGHT JACK RECEPTACLE FEMALE PASSIVATED CAPTIVE CONTACT
LCCA30272-FT6
L-com's LCCA30272-FT6 is a low loss SMA male to N male cable assembly using LMR-240-DB coax, 6 FT with Times Microwave components and ships same-day. The LMR-240-DB coax of this SMA cable uses the PE (F) dielectric with a VoP of 84%, resulting in very low insertion loss compared to solid dielectrics. These flexible RF cable assemblies are ideal for applications where flexure is required. Our L-com SMA to N cable assembly has a male to male gender configuration with flexible LMR-240-DB series coax and operates to 5.8 GHz. The double shield of this SMA cable is layered by tinned copper braid over aluminum tape providing shielding effectiveness greater than 90dB. *LMR™ is a trademark of Times Microwave Systems. Custom versions of this SMA male to SMA male cable, along with the rest of L-com's other RF assemblies, can also be built and shipped same day. Other available RF cable assembly value added services from L-com include connector orientation or clocking, heat shrink booting and custom labeling. RF testing can also be performed to document the electrical performance of your cable assembly. Contact a sales representative for testing or custom RF cable quotes. Part number LCCA30272-FT6 L-com Low Loss SMA Male to N Male Cable Assembly using LMR-240-DB Coax, 6 FT with Times Microwave Components data sheet PDF includes details of the RF product specifications, CAD drawing(s) and dimensions below.
Telegartner: TLA TL5LL SMAmcr Nmcr 0,600m
Telegartner: TLA TL5LL SMAmcr Nmcr 0,600m, TestLine test cable SMAm to Nm, 600 mm, 18 GHz, stainless steel
PE36165LF
7/16 DIN Male to SMA Male Cable Using RG400 Coax , LF Solder
PE3C0104
SMA Male Right Angle to SMA Male Low Loss Cable Using LMR-240 Coax
MPN Search Supports exact, prefix, and partial matching. ⌄
Disclaimer
Manufacturer names, trademarks, symbols, and part numbers are used for identification and cross-reference only. Cstone Technology operates its own factory for RF/coaxial connectors, adapters, and cable assemblies and is not a trading company or affiliated with the original brands. Trademarks remain the property of their respective owners. Final suitability is confirmed by drawing/spec review during RFQ.