
RF Cafe : Withwave Intros 2.92 mm to SMPM Adapter Series (DC to 40 GHz)
Withwave's 2.92 mm to SMPM Adapter Series were added a link on RF Cafe. RF Cafe typically receives 7,000 to more than 20,000 page views each weekday, so coverage should be good. If you need more information, please see following datasheet 2.92 mm(M) to SMPM(F) Adapter 2.92 mm(M) to SMPM(M) Adapter 2.92 mm(F) to SMPM(F) Adapter 2.92 mm(F) to SMPM(M) Adapter

RF Cafe : Withwave intro End Launch 1.o mm Connector(DC to 110 GHz)
Withwave's End Launch 1.0 mm Connector(DC to 110 GHz) were added a link on RF Cafe. RF Cafe typically receives 7,000 to more than 20,000 page views each weekday, so coverage should be good. If you need more information, please see following datasheet End Launch 1.0 mm Connector (Narrow Block)

New 2.92 mm to SMPM Adapter Series (DC to 40 GHz)
Withwave’s Precision 2.92 mm to SMPM Adapter Series are designed based on precision microwave interconnection technologies. These adapter series are manufactured to precise microwave specifications and constructed with male and female gender on both side. The precision microwave connector interfaces ensure an excellent microwave performance up to 40 GHz Feature - Frequency range : DC to 40 GHz - VSWR 1.2 : 1 (Max) - Body : Stainless steel (passivated) If you need more informa

New End Launch 1.0 mm Connector (Narrow Block) : DC to 110 GHz
Withwave’s New End Launch 1.0 mm connectors (Narrow Block) are specially designed for well-used high frequency substrates to minimize electromagnetic effects including impedance discontinuities from coaxial to GCPWG (Grounded Coplanar Waveguide) and Top Ground Microstrip structure up to 110 GHz. If you need more information, please see following datasheet End Launch Connector (Narrow Block)

Withwave attend at Virtual European Microwave Weeks
Withwave attend at Virtual European Microwave Weeks. Please visit https://eumw2020.vfairs.com/ Our booth is located at Exhibit Hall 3. You can see various kinds of our High Speed and High Frequency Test Solutions.