Microwave Techniques manufactures ultra-high vacuum power dividers with waveguide interfaces for the vacuum and UHV environment. These devices can increase power handling and divide power effectively throughout a system. We specialize in developing and manufacturing innovative UHV waveguide solutions for demanding RF environments. Discuss your most exact ultra-high vacuum device needs today with our team.
Ultra-High Vacuum Power Dividers: Capabilities and Overview
Microwave Techniques has long supplied flanged waveguide and ultra-high vacuum power dividers for applications requiring an increase in power handling. Phase stabilization of the waveguide is accomplished with high thermal contact cooling tubes on the outside wall. Other capabilities involving UHV power dividers includes:
- Ability to incorporate cooling
- Available in several waveguide sizes
- A wide array of flanges and interfaces
- Various design types and configurations
- Dividers, combiners, splitters, tees, and more
- Full complement of UHV gaskets and accessories
UHV Power Dividers: Product Spotlight
As a product spotlight, we welcome you to view two ultra-high vacuum power dividers by Microwave Techniques:
E-PLANE WITH PHASE STABILIZATION COOLING
AND RIKEN FLANGES
H-PLANE, 3 dB, WITH SKARPAAS LIL FLANGES
Other Ultra-High Vacuum Components
Aside from UHV power dividers, Microwave Techniques also manufactures the following UHV devices:
- Variable Attenuators
- Vacuum Windows
- Vacuum Loads
- Straight Waveguide
- Pumpout Ports
- Power Dividers
- Phase Shifters
- Hybrids
- Gaskets
- Flanges
- Directional Couplers
- Accessories
UHV Capabilities Overview
Microwave Techniques produces an array of UHV compatible waveguide devices. These custom-tailored products provide high electrical performance in the UHV environment down to 1 x 10-11 Torr. All UHV devices are constructed utilizing advanced and specialty vacuum-rated materials. This includes materials such as: ceramaics (quartz, sapphire, alumina), non-magnetic stainless steel (304, 316L, 316LN), and OFHC copper. Additionally, we have specialized manufacturing processes for UHV devices. This includes advanced welding and vacuum brazing techniques. In addition, all ultra-high vacuum devices are cleaned, assembled, tested, and stored in our ISO Class 5 clean room facility.
For more information about Microwave Techniques UHV power dividers, contact our sales team today.
