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Microwave Circulator

A Microwave Circulator is a non-reciprocal three- or four-port device that routes microwave signals from one port to the next in a sequential manner. It is widely used in radar systems, communication networks, and microwave test setups to isolate components from reflected signals, thereby protecting sensitive equipment and enhancing system performance.

Dolph Microwave introduces its range of Microwave Circulators, meticulously engineered to manage signal flow in a precise and efficient manner. These devices, essential in the microwave domain, are designed to facilitate the unidirectional flow of signals across three or more ports, ensuring signal integrity and protecting sensitive microwave components from unwanted reflections.

Key Features

  • Broad Frequency Range: Our circulators operate across frequencies of 915 MHz and 2450 MHz, accommodating a wide spectrum of microwave applications.
  • Versatile Waveguide Compatibility: Available in waveguide sizes WR340, WR430, and WR975, our circulators offer flexibility for various system designs.
  • High Power Handling: With the capability to handle up to 20 kW (CW), these devices are suited for both low- and high-power applications.
  • Optimized Design: Features cover and grooved flanges, facilitating easy integration into existing microwave systems.
  • Superior Isolation: Designed to prevent signal leakage between ports, ensuring high isolation and minimizing interference in complex setups.

Applications

Wireless Communications

In wireless communication systems, Dolph Microwave Circulators are pivotal in connecting base station equipment to antennas, ensuring clear, unidirectional signal transmission.

Radar Systems

Our circulators are integral in radar applications, seamlessly switching between transmitting and receiving modes to enhance signal clarity and detection accuracy.

Microwave Measurement

Critical in test and measurement setups, these devices ensure accurate readings by directing signals precisely through measurement equipment.

Scientific Research

Utilized in a myriad of scientific experiments, our circulators facilitate precise signal routing and control in laboratory settings.

Medical Equipment

In medical imaging and therapeutic devices, circulators play a role in ensuring the accurate delivery and measurement of microwave energy.

Advantages

  • Signal Integrity: Enhances system performance by ensuring signal reflection is minimized, thereby protecting the source and other components.
  • System Protection: Prevents potentially damaging reflected energy from reaching the microwave source, thus extending equipment lifespan.
  • Efficiency Improvement: Facilitates efficient use of energy by directing microwave signals where needed, reducing losses and improving overall system efficiency.
  • Customization: Offers both standard and tailored solutions to meet specific operational requirements, providing versatility across different applications.

Moving Forward

As the demand for more sophisticated microwave systems grows, so does the importance of components like the Microwave Circulator. Dolph Microwave remains at the forefront of this technology, continuously innovating to meet the expanding needs of industries reliant on precise and reliable microwave signal management. Our commitment to quality, performance, and customer satisfaction ensures that our circulators not only meet but exceed the rigorous demands of modern microwave applications.

For more detailed information on our Microwave Circulators, including technical specifications and customization options, please contact Dolph Microwave. Our team of experts is dedicated to providing solutions that drive progress in communications, radar, and beyond.

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