MAF-WFM-SPB-01 Micro Coaxial Receptacle

The MAF-WFM-SPB-01 Micro Coaxial Receptacle is designed for high-performance applications where reliable, low-loss signal transmission is essential. With a frequency range from DC to 6GHz, it's a great choice for telecom, RF testing, aerospace, and many other industries that rely on precision and durability. This receptacle offers excellent performance, minimal signal loss, and long-lasting reliability, even in demanding environments.

Built with a brass body and gold-plated contacts, the MAF-WFM-SPB-01 is designed to handle up to 500 cycles for the SMA connection and 20,000 cycles for the probe. Whether you’re working on RF systems, telecom equipment, or testing systems, this receptacle ensures your connections remain strong and stable over time.

Wide Frequency Range: Offers reliable performance across a broad frequency range, from DC to 6GHz, making it suitable for telecom, RF testing, and aerospace applications.
50 Ohm Impedance: Ensures precise and stable signal transmission with minimal reflection, critical for consistent performance in RF systems and device testing.
Low Insertion Loss: With an insertion loss of just 0.3dB from DC to 3GHz, it ensures minimal signal degradation, providing high-quality, lossless signal transmission in demanding environments.
VSWR Performance: Achieves a low Voltage Standing Wave Ratio of 1.30:1 at DC to 3GHz and 1.40:1 at 3GHz to 6GHz, reducing signal reflection and optimizing power transfer.
Durability: Built for long-term use, it withstands over 500 cycles for SMA connections and 20,000 cycles for probes, ensuring reliable performance in high-cycle environments.
Temperature Range: Operates seamlessly in extreme temperatures, from -40°C to +85°C, making it ideal for use in aerospace, automotive, and industrial applications.
Gold-Plated Be-Cu Contacts: Provides excellent conductivity and resistance to corrosion, ensuring consistent electrical performance and durability over time.
Nickel-Plated Brass Body: Offers superior mechanical strength and wear resistance, ensuring longevity in both electrical and physical performance under repeated use.