GGB Picoprobe Model 50 High Performance Microwave Probe
The GGB Industries Model 50 microwave Picoprobe gives a typical insertion loss of 0.8dB and a return loss of 15dB through 50GHz. With its individually spring loaded Beryllium-Copper or optional Tungsten tips, the Model 50 provides reliable contacts, even when probing non-planar structures. Available in any pitch (tip spacing) from 50 to 1250 microns. The probe can be configured with Ground-Signal-Ground (G,S,G), Ground-Signal (G,S) or Signal-Ground (S,G) tip footprints.
Please call us to configure the GGB Picoprobe to your exact need.
The GGB Industries Model 50 Picoprobe also provides direct viewing of the probe tips for accurate positioning. Probe pitches greater than 1250 microns can be accommodated. The probe can be configured with Ground-Signal-Ground (G,S,G), Ground-Signal (G,S), or Signal-Ground (S,G) tip footprints. We recommend smaller pitches with a G,S,G footprint for best performance.
- Durable design and construction
- 33GHz to 50GHz / WR-22 waveguide input
- Insertion loss less than 0.8dB
- Return loss 15dB max
- Measurement repeatability -55dB
- Individually spring loaded contacts
- BeCu or Tungsten tips available
- Any pitch from 50 to 1250 microns
- Bias T option available
- Patented coaxial design
Micropositioners are available to hold frequency extenders and modules so that the module or frequency extender and the probe are micropositioned as a unit. In this way, total ease of positioning can be achieved with minimum insertion loss. The probes also have a 3 hole mounting adaptor which will fit standard microwave probe stations. In this case, a longer section of waveguide may be desired to add positioning flexibility.
Please call us to configure the GGB Picoprobe to your exact needs.
Ordering
When ordering a Model 50 the part number is made up of the following:
Model 50 – CONFIGURATION – PITCH – MOUNTING STYLE
Eg. 50-GSG-150-P is a Model 50 in a G-S-G configuration with 150 micron pitch in a P Style mounting configuration. (See datasheet for more detail).
























