Pasternack’s single band WR-90 waveguide rotary joint PEW90RJ0003 has global shipping same-day as ordered from our certified facilities. This WR-90 rotary high-power joint operates up to a 9.64 GHz maximum waveguide X band frequency, and the joints and slip rings are kept in stock, available every day. 9.64 GHz WR-90 waveguide rotary joints from Pasternack have a minimum single band operating frequency of 9.24 GHz. Waveguide WR-90 rotary joint with a 9.24 GHz to 9.64 GHz X band frequency range is here for all Engineers and Pasternack’s no purchase order limit.
PEW90RJ0003 waveguide rotary joint size WR-90 is configured to a 3,000 W peak power rating to fit your engineering needs. High input power X band 9.64 GHz waveguide component joints with up to 3,000 W peak power has a maximum power rating of 300 Watts. Pasternack values all our customers and Engineers by supplying all essential single band electrical component products similar to this 1.2:1 VSWR waveguide WR-90 waveguide rotary joint PEW90RJ0003.
These high-quality WR-90 waveguide rotary joints with an impedance of 50 Ohm have and 1.2:1 maximum input VSWR to complement the 3,000 Watts of peak power. Pasternack 300 W input power WR-90 X band waveguide has 50 Ohm of impedance and is stored in our certified facilities along with 100,000 other RF and microwave components. PEW90RJ0003 downloadable PDF datasheet has dimensions and specifications for X band 9.64 GHz WR-90 single band waveguide rotary joints that include precise CAD drawings and technical specs.
9.24 GHz to 9.64 GHz waveguide joints in the X band of waveguide single band frequencies have 3,000 Watts of peak power and aluminum body material composition. We also offer Engineers and customers free expert tech support 24/7 with the purchase of this or any aluminum WR-90 300 W rotary joint. 50 Ohm impedance rotary joints with single band waveguide connectors and 1.2:1 VSWR that can operate from -40°C to 70°C, so just contact our knowledgeable sales team online or by phone to get you or your Engineer one today.