PSMP Terminators

High-frequency, high-power RF terminations designed for compact board-to-board systems using the PSMP interface

Overview

PSMP terminators provide a reliable and space-efficient solution for properly ending unused ports or signal paths within RF systems that utilize the PSMP connector series. These 50 ohm terminations ensure optimal impedance matching and low reflection, maintaining signal integrity across demanding environments. The PSMP interface supports high-frequency operation and compact spacing, making it ideal for high-density modular designs where precision and performance are critical.

Engineered to complement Amphenol RF’s PSMP connector line, these terminators offer consistent mechanical and electrical performance across applications that require high-power handling and repeatable connectivity. Their push-on coupling and compact geometry enable easy installation and dependable termination within board-to-board, cable-to-board and blind-mate configurations.

Features and Benefits
  • High-frequency performance supporting operation up to 10 GHz for advanced RF systems.
  • Compact form factor with minimum board spacing of 12.6 mm allows for dense modular and multi-board assemblies.
  • High-power capability up to 200 W at 2.2 GHz for continuous operation in demanding environments.
  • 50 ohm impedance provides proper matching and minimizes signal reflection in precision RF circuits.
  • Push-on coupling enables blind-mate functionality and simplifies assembly in high-density layouts.
  • Durable construction ensures mechanical reliability and long-term performance in field and lab environments.
Key Technical Details
  • Impedance: 50 ohm standard across the PSMP product line.
  • Frequency Range: DC to 10 GHz, depending on cable type and termination configuration.
  • Mating Cycles: Smooth bore interfaces support up to 1,000 mating cycles; limited detent styles typically support 100 minimum.
  • Temperature Range: –65 °C to +165 °C operational range, depending on material selection and connector configuration.
  • Special Features: Compact 12.6 mm minimum board spacing, push-on coupling mechanism, high-power and high-frequency performance; standard parts are not hermetically sealed and do not feature IP67 environmental protection.
Applications
  • Wireless infrastructure and RF module designs requiring compact, high-frequency board-to-board or cable-to-board terminations.
  • Test and measurement systems utilizing PSMP interfaces where unused ports require stable impedance control.
  • High-power amplifier modules and filter units that demand reliable 50 ohm terminations for unconnected signal paths.
  • Aerospace and defense subsystems where robust, blind-mate termination solutions are essential in dense architectures.
  • Communication and industrial control systems designed around modular RF assemblies with PSMP connectors.

Browse our full line of PSMP terminators to find the ideal solution for your RF system. If you require a custom termination configuration, environmental sealing, or a high-power variant beyond standard offerings, contact our engineering team for a tailored design.

Related Resources

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.
PSMP Connector Series
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.
En savoir plus
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.
Board-to-Board Solutions
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.
En savoir plus
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.
Amphenol RF PSMP Product Series Solutions Guide
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.
En savoir plus

Envoyez-nous un message

Veuillez remplir le formulaire ci-dessous ; nous vous contacterons très prochainement.

Les champs marqués d'un astérisque (*) sont obligatoires.