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New Low PIM Switching Matrix – Production Testing at up to 6 GHz

The new SPINNER Low PIM switching matrix now enables production testing at up to 6 GHz. It also features self-intermodulation capabilities down to an impressive -168 dBc! This makes your test workflow faster, more efficient, and much more reliable – without the friction losses and associated increase in PIM that are commonly caused by abrasion between the switching contacts of commercially available coaxial switches.

Enables production testing at up to 6 GHz: The new SPINNER Switching Matrix

Reap the benefits of increased throughput, reduced costs, and greater competitiveness in the dynamic field of mobile communications. The SPINNER Low PIM Switching Matrix enables concurrent measurement of PIM and VSWR in separate test circuits, thus substantially boosting your testing capacities. And that's not all: the outstanding reliability of every single measurement eliminates the need to repeat tests to verify uncertain results.

This solution slashes your costs by significantly cutting down on required test chambers, equipment, and systems. You can operate in a smaller space with reduced maintenance and personnel. In today’s landscape of accelerating production cycles and diminishing profit margins, these benefits can give you a crucial competitive edge.

The SPINNER Low PIM Switching Matrix comes in a range of configurations, starting at 4 inputs and 4 outputs and extending up to 16 inputs and 16 outputs. Integrated controllers and convenient connectivity options such as Ethernet or USB ports enable seamless remote operation. It also becomes effortless to capture and centrally save measurement data, thus helping to streamline your data management processes.

Would you like to facilitate production testing, especially of mobile communications antennas or filters up to 6 GHz? Stay ahead of the curve by keeping up with the evolving demands of industry with the new SPINNER Low PIM Switching Matrix.

Learn more about Low PIM Testing