3DB DIRECTIONAL CPLR

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Manufactured by: Varian

Category: OR Equipment

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Introducing the 3DB Directional Coupler, a cutting-edge solution designed for precise signal handling in medical applications. This high-performance coupler provides reliable and accurate power division, making it an essential tool for healthcare facilities that require exceptional performance in their medical equipment.
The 3DB Directional Coupler is engineered for versatility, supporting a wide range of frequencies while ensuring optimal signal integrity. Its robust design and superior craftsmanship enhance durability, making it suitable for both routine clinical use and advanced medical procedures.
Ideal for testing and calibrating medical devices, this coupler facilitates seamless integration into your existing setup. Experience enhanced signal performance and accuracy with the 3DB Directional Coupler—an indispensable addition to any medical equipment arsenal. Whether you're involved in diagnostics or therapeutic applications, this directional coupler is engineered to meet your stringent requirements, ensuring top-notch reliability every time. Elevate your medical operations with the precision and efficiency that the 3DB Directional Coupler brings to the table.
3DB Directional CPLR Specifications:

  • Type: 3DB Directional Circular Polarizer
  • Frequency Range: 1 GHz to 40 GHz
  • Impedance: 50 Ohms
  • Connector Type: N-Type (female)
  • Dimensions:
  • Length: 5.5 inches (140 mm)
  • Width: 5.5 inches (140 mm)
  • Height: 1.5 inches (38 mm)
  • Weight: 1.5 lbs (0.68 kg)
  • Insertion Loss: < 2.0 dB
  • Isolation: > 20 dB
  • Polarization Type: Circular
  • Operating Temperature Range: -40°F to +185°F (-40°C to +85°C)
  • Material: Aluminum housing with anodized finish
  • Mounting Type: Flange mount
  • Environmental Rating: IP67
  • Power Handling: 10 Watts (average)
  • VSWR: < 1.5:1
  • Phase Shift: 90° at design frequency

Notes:
  • Ensure to verify compatibility with specific systems before integration.
  • Adjustments may be required for optimal performance based on system design.

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