PSMP Straight PCB Smooth Bore Jack Surface Mount 50 Ohm

Amphenol RF a le plaisir d'annoncer l'élargissement de sa gamme d'adaptateurs coaxiaux avec un nouvel adaptateur de type « mâle droit SMP vers mâle droit SMPM », offrant des performances haute fréquence dans un boîtier compact.

Amphenol RF a le plaisir d'annoncer l'élargissement de sa gamme SMPM haute performance avec l'ajout d'une nouvelle longueur d'adaptateur « bullet », offrant ainsi davantage d'options d'espacement entre les circuits imprimés. Cette série de produits microminiatures offre une solution de connectivité polyvalente pour les conceptions carte à carte et câble à carte, avec des performances électriques fiables allant jusqu'à 40 GHz.

The Amphenol RF PSMP Cut Sheet highlights the PSMP connector series, a versatile RF solution engineered for high-power applications requiring robust performance and flexibility. This series is designed to handle high-frequency signals with excellent electrical performance, making it ideal for base stations, power amplifiers, and industrial applications. The PSMP connectors feature a compact, high-reliability design with options for smooth bore and full detent mating styles, ensuring secure connections while accommodating misalignment.

Amphenol RF's board-to-board solutions provide high-performance interconnect options designed for seamless integration in various applications. These solutions ensure reliable connectivity between PCBs, optimizing space and maintaining signal integrity across different frequencies and environments. The product line includes a variety of connector configurations to meet specific design requirements, supporting a wide range of industries from telecommunications to industrial automation.

The Amphenol RF PSMP Product Series Catalog outlines PSMP coaxial connectors designed for board-to-board and high-power RF interconnects. It highlights interface options, electrical and mechanical characteristics, and configurations supporting up to 10 GHz operation with robust blind-mate performance for compact, high-density RF applications.