With a low‑profile straight jack designed for automated SMT reflow and rugged RF efficiency, now safe 50-ohm board-level connectivity.
Amphenol RF has expanded its SMB connector portfolio with the introduction of a low-profile, straight surface-mount SMB jack engineered for automated SMT reflow and dependable 50 Ω board-level connectivity in demanding environments.
Designed with 4 gold-plated floor tabs for superior coplanarity, this connector helps automated pick-and-place meeting and delivers broadband RF efficiency as much as 4 GHz.
Constructed for harsh circumstances, the jack operates between -65 °C and +165 °C, with a VSWR of ≤ 1.20 to make sure sign integrity. Its rugged building, together with a gold-plated brass physique, coupling sleeve, and heart contact, together with a pure PTFE insulator, gives corrosion resistance and sturdiness for not less than 500 mating cycles.
It includes a drop-in footprint, making it an optimum selection for industrial management modules. The important thing customers of the brand new surface-mount SMB jack embody engineers, system designers, and procurement groups working in industrial automation, instrumentation, avionics, army electronics, and check & measurement sectors.
For these professionals, the connector’s compact, rugged design delivers area effectivity, excessive reliability, and constant RF efficiency, even in excessive environmental circumstances. With its different inbuilt options, it permits quicker manufacturing cycles and lowered labor prices.
Its corrosion-resistant gold-plated brass building and prolonged working temperature vary guarantee long-term sturdiness, whereas the low VSWR and 50 Ω impedance safeguard sign integrity, important for radar, management networks, and broadband information programs.
The product strengthens its line of off-the-shelf RF interconnect options, catering to important sectors the place reliable efficiency is crucial.
By combining sturdiness, precision, and ease of integration, the product is anticipated to ship high-performance connectivity options that preserve mission-critical programs working seamlessly in demanding circumstances.
