L-com, Inc. Low Loss 4.3-10 Male to N Female Bulkhead Cable Assembly using LMR-600-DB Coax, 2 FT with Times Microwave Components LCCA30353-FT2

L-com's LCCA30353-FT2 is a low loss 4.3-10 male to N female bulkhead cable assembly using LMR-600-DB coax, 2 FT with Times Microwave components and ships same-day. The LMR-600-DB coax of this 4.3-10 cable uses the PE (F) dielectric with a VoP of 87%, 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 4.3-10 to N cable assembly has a male to female gender configuration with flexible LMR-600-DB series coax and operates to 5.8 GHz. The double shield of this 4.3-10 cable is layered by tinned copper braid over aluminum tape providing shielding effectiveness greater than 90dB. L-com's RF cable assembly with N bulkhead interface enables system designers to have external connections on their product enclosures or to be used for other rack mount and panel mount applications. *LMR™ is a trademark of Times Microwave Systems.
Custom versions of this 4.3-10 male to 4.3-10 female 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 LCCA30353-FT2 L-com Low Loss 4.3-10 Male to N Female Bulkhead Cable Assembly using LMR-600-DB Coax, 2 FT with Times Microwave Components data sheet PDF includes details of the RF product specifications, CAD drawing(s) and dimensions below.

RF CABLE, 4.3/10 PLUG-N BHD JACK, 2FT; Connector to Connector:4.3/10 Plug to N Type Bulkhead Jack; Coaxial Cable Type:LMR-600-DB; Impedance:50ohm; Cable Length - Imperial:2ft; Cable Length - Metric:609.6mm; Jacket Color:Black RoHS Compliant: Yes