Current Probes
CURRENT PROBE PRODUCTS
The MM2A-0530HPSM is a broadband triple balanced mixer with an integrated broadband LO driver amplifier, ideal for applications with wide and overlapping bandwidths and operation through the K band.
The AWMF SATCOM beamformer ICs (Ka-, K-, Ku-Bands) support dual-polarization elements, auto-alignment, and precise control for reliable communication with LEO/MEO/GEO satellites in mobile applications.
The MQH-40110M2 is a 40–110 GHz quadrature (90°) hybrid in our miniature M2-package enabling operation up to 110 GHz.
Fischer Connectors offers a large family of assembled solutions designed for a range of applications, including in extreme, medical, military, instrumentation, and fiber optic applications. Engineers are prepared to work closely with customers to find the ideal solution for the most demanding applications. Fischer Connector series include the Fischer Core Series, Fisher Ultimate™ Series, Fischer Fiberoptic series, and the Fischer Minimax™ Series.
Wireless InSite simulates the detailed multipath of large numbers of MIMO channels while overcoming the increased level of computations required for traditional ray tracing methods. As 5G technology forces expansion into the millimeter wave spectrum, the diffuse scattering model further increases precision by revealing how paths interact with a variety of surfaces and structures. It also shows how power strength is affected by different materials.
The diffuse scattering implementation method is described by Degli-Esposti [1-2] but has been extended to include cross-polarization scattering terms. Users can enable Lambertian, Directive and/or Directive with Backscatter for any material property assigned to a feature. The scattering models are described in detail below.
Knowles Precision Devices offers multi-turn trimmer capacitors, fixed and variable inductors, multi-layer capacitors, and hardware for applications requiring non-magnetic high-performance components.
Our engineering and manufacturing teams create custom solutions to meet the highest technical requirements for challenging applications.