High-frequency Precision RF interconnects to 90 GHz

FEATURES

  • Performance to 90 GHz (E-Band)
  • Vertical, solderless compression
  • Stripline or microstrip/CPW transmission
  • Robust mechanical design, high mating cycles
  • Alignment features: with the addition of fiducials on the PCB any visual misalignment is eliminated, ensuring peak connector performance
  • Ideal for high-performance test applications
  • Cable assembly, cable connector, and board level interconnects

VIDEOS

Precision RF to 110 GHz - Samtec

Products

135

50 Ohm 1.35 mm Jack, Compression Mount

Features
  • Performance to 90 GHz (E-Band)
  • Alignment features: with the addition of fiducials on the PCB any visual misalignment is eliminated, ensuring peak connector performance
  • Compression mount, Stripline or Microstrip
  • Solderless vertical launch, field replaceable
  • 50 ohm impedance
  • Ideal for high-performance test applications
  • Contact Samtec's RF Group for more information.
50 Ohm 1.35 mm Jack, Compression Mount

PRF13

Precision 1.35 mm Cable Connector

Features
  • 1.35 mm precision RF cable connectors
  • Performance to 90 GHz (E-Band)
  • Cable connector for .047 low loss flexible cable
  • Solder clamp
  • 50 ohm impedance
  • Contact Samtec's RF Group for more information.
Precision 1.35 mm Cable Connector

RF047-A

50 Ohm, .047" RF Millimeter Wave Cable Assembly

Features
  • Impedance: 50 Ω
  • Frequency Range: DC to 110 GHz (1.00 mm), DC to 90 GHz (1.35 mm), DC to 65 GHz (1.85 mm, SMPM), DC to 50 GHz (2.40 mm), DC to 40 GHz (2.92 mm, SMP), DC to 26.5 GHz (SMA)
  • Velocity of Propagation: 70%
  • Capacitance: 95 pF/meter
  • Time Delay: 4.76 ns/meter
  • VSWR: 1.35:1 Max (2.92 mm & 2.40 mm), 1.4:1 Max (1.00 mm to 90 GHz, 1.35 mm, 1.85 mm & SMPM), 1.5:1 Max (1.00 mm 90 GHz to 110 GHz)
  • Insertion Loss: See RF047-A Graph
  • Power Handling: See RF047-A Graph
  • Bend Radius: 5.0 mm Min
  • Operating Temp: -65 ºC to +125 ºC
  • .047" low-loss flexible cable, 29 AWG
50 Ohm, .047" RF Millimeter Wave Cable Assembly

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