Cart 0
WR15 With FUGP Flange,1.85mm Female Connector, Straight Waveguide to Coax Adaptors,50GHz-67GHz
WR15 With FUGP Flange,1.85mm Female Connector, Straight Waveguide to Coax Adaptors,50GHz-67GHz

WR15 With FUGP Flange,1.85mm Female Connector, Straight Waveguide to Coax Adaptors,50GHz-67GHz

Shipping calculated at checkout.

Part Number List:

WR15/1.85-K-T WR15 With FUGP Flange,1.85mm Female Connectors, Straight for Adapter Body Style


Specifications:

 Frequency 50GHz-67GHz
VSWR 1.4 Max.
Insertion Loss 0.2 dB Max.
Connector Type 1.85mm Female
Waveguide Type WR15
Flange Type FUGP620
Operation Temperature -40~+105deg.

 

Gwave Technology Inc.: Seamless WR15 to 1.85mm Adapters for Advanced Connectivity

WR15 to 1.85mm adapters from Gwave Technology Inc. improve connectivity and precision. These adapters bridge interface standards to optimise high-frequency application performance.

Our WR15 to 1.85mm adapters provide easy integration between WR15 waveguide components and 1.85mm coaxial systems. Applications that require reliable and high-quality signal transfer between components and systems require this compatibility.

Features of our WR15 to 1.85mm adapters include:

Outstanding performance: Signal loss and reflection are minimised for clear and precise signal transfer between interfaces.

Broad Frequency Range: Our adapters work well in a wide frequency range, making them suited for many high-frequency applications.

- Precision Engineering: The high-quality materials and fine craftsmanship of these adapters ensure constant performance and durability.

Versatile Integration: The WR15 to 1.85mm adapters are suited for test and measurement, telecommunications, and high-performance RF and microwave systems.

Gwave Technology Inc. delivers high-quality solutions that satisfy modern technology needs. Our high-quality, innovative WR15 to 1.85mm adapters provide reliable and efficient connectivity options.

Explore our WR15 to 1.85mm adapters today to see the performance and reliability difference. For further information or a price, contact Gwave Technology Inc. Let us help you improve your system.

We Also Recommend

WR-62 to SMA Female Right Angle Waveguide to Coax Adapters with UBR140 Flange, 11.9 - 18GHz

WR-62 to SMA Female Right Angle Waveguide to Coax Adapters with UBR140 Flange, 11.9 - 18GHz
WR34 With FBP Flange,2.92mm Female Connector, Straight Waveguide to Coax Adaptors,22GHz-33GHz

WR34 With FBP Flange,2.92mm Female Connector, Straight Waveguide to Coax Adaptors,22GHz-33GHz
WR-137 to SMA Female Waveguide to Coax Adapters with UDR70 Flange, 5.38 - 8.17GHz

WR-137 to SMA Female Waveguide to Coax Adapters with UDR70 Flange, 5.38 - 8.17GHz
WR-112 to SMA Female Waveguide to Coax Adapters with UBR84 Flange, 6.57 - 9.99GHz

WR-112 to SMA Female Waveguide to Coax Adapters with UBR84 Flange, 6.57 - 9.99GHz
WR-112 to N Female Waveguide to Coax Adapters with UBR84 Flange, 6.57 - 9.99GHz

WR-112 to N Female Waveguide to Coax Adapters with UBR84 Flange, 6.57 - 9.99GHz
FAQ

Faqs

Converting WR15 to 1.85mm is comprised of attaching the proper waveguide-to-coax adapter. Properly align to avoid loss of signal and work according to the recommended process. Such adapters make systems work at frequencies up to 67 GHz significantly compatible. Here are our options.

The WR15 to 1.85mm adapter is utilized for connecting waveguide and coaxial systems, and it provides hassle-free transition, thus ensuring optimal frequency operation. WR15 supports frequencies up to 67 GHz, and connectors of 1.85mm are used for supporting high performance in millimeter-wave applications.

The right choice of WR15 to 1.85mm adapters depends upon the requirements of systems like the frequency range, power handling capability, and the type of flange. Observe the specifications and application to select an optimum product.

For WR15 to 1.85mm conversion, one uses a torque wrench, alignment tools, and cleaning equipment ensuring proper installation and high performance with minimal chances of signal loss or damaged equipment.

Connectors used for WR15 to 1.85 mm in radar systems, satellite communications, and millimeter-wave testing thus provide high frequency and dependable signal transfer in these applications.