Carlisle Interconnect Technologies Datasheets for Circular Connectors

Circular connectors are multi-pin connectors primarily used for external interfacing.
Circular Connectors: Learn more

Product Name Notes
Block Style Phase Adjusters provide up to 18 GHz, low insertion loss, smooth continuous phase adjustment and rugged compact housing. There is no external length change. Up to 18GHz Low...
CarlisleIT offers a variety of customized options for SMA right angle adapters, which include non-standard lengths, different connector options and additional testing. Complete family of straight & SMA right-angle adapters...
In order to facilitate adapting from one connector configuration to another, we also offer between-series adapters for different connection types. In this case, the frequency range is limited by the...
Our Octax connector technology is available in a 38999 style housing application. High density, in a compact footprint. Ideal for use in the defense, commercial and industrial markets. High Density:...
Our Octax® connectors are much smaller and lighter than the competive products, yet possess extremely low losses in terms of crosstalk, return loss and insertion loss which utlimately provides superior...
The CBC line of galley and buffet connectors are designed and warranted to meet or exceed the original equipment specifications and performance parameters long established for conventional aircraft applications. These...
The Phase Adjustable Adapters provide up to 50 GHz, low insertion loss and smooth continuous phase adjustment. They have positive resettable locking mechanism. Up to 50 GHz Low insertion loss...
These connectors are subjected to rigid individual inspection and close-controlled quality assurance standards to ensure years of trouble-free service in the heavily-used passenger service areas of the aircraft. The connectors...
With the introduction of the industry’s first swept rightangle microwave adapter in the 1970s, the Carlisle name has become synonymous with precision RF and Microwave adapters. Since then, we have...