top of page
MPF-XFM-SPB-01 Micro Coaxial Receptacle

MPF-XFM-SPB-01 Micro Coaxial Receptacle

The MPF-XFM-SPB-01 Micro Coaxial Receptacle is designed for high-precision signal transmission in demanding applications. Built for reliability, this receptacle ensures stable signal integrity across a broad frequency range, from DC to 6GHz, making it an essential component for telecom, aerospace, and electronics systems. With low insertion loss (≤0.3dB), it minimizes signal degradation, providing clear, accurate data even in high-frequency applications.
Constructed with high-quality brass and gold plating, the receptacle offers superior durability and long-term performance, even in harsh environments. It operates efficiently in temperatures ranging from -40°C to +85°C, making it suitable for extreme conditions found in industrial, research, and development settings. The robust design also supports up to 20,000 cycles of use, ensuring longevity in high-volume production and testing environments.
Whether you're working on high-performance communication systems, advanced research projects, or demanding production processes, the MPF-XFM-SPB-01 ensures optimal performance, providing engineers the precision and reliability required for critical applications.

  • Stable Signal Integrity: Maintains 50-ohm impedance and low VSWR. This ensures optimal signal quality with minimal reflection across the DC to 6GHz frequency range, ideal for high-precision testing.
     

  • Connector Compatibility: Designed to work seamlessly with various connectors, including IPEX MHF IV (20566-001E-01) and Hirose X.FL-R-SMT, providing flexibility for system integration in telecom, aerospace, and electronics applications.
     

  • Rugged Durability: Constructed from brass with gold plating for both the body and probe, offering superior resistance to wear and ensuring consistent performance in both field and laboratory environments.
     

  • Low Insertion Loss: Features insertion loss of ≤0.3dB (DC 0~3GHz) and ≤0.5dB (3GHz ~ 6GHz), minimizing signal degradation and ensuring reliable, high-frequency connections in critical applications.

  • Temperature Resilience: Operates effectively in extreme environments with a temperature range of -40°C to +85°C, guaranteeing reliable performance in demanding conditions.

bottom of page