Antenna Modelling & Design

  Stacked patches, EM coupled patch, slotted ground plane, printed dipoles, printed monopoles, printed loops, etc. 

[2 Patented designs]

 Crossed dipoles. Different radiator shapes compatible with various manufacturing technologies: CNC, diecast, PCB, LDS, etc.

[1 Patented design] 

Arrays and sub-arrays of dipoles, patches, slots etc. This include design and implementation of complex feeding network as well as beam forming networks (.i.e. butler matrix)

Antenna sub-arrays and arrays ranging from 8x8 up to 128x128 elements in a dual-polarised configuration. Dedicated radiator element design for each customer based on bandwidth and beam-forming requirements. 

[1 Patented design] 

 Highly directional antennas designed to achieve a high gain in a narrow strip of space. Typically for PoP communication and radar systems. A set of designs including log-periodic, spiral, parabolic and lens based structures.

Electrically small antennas with sizes down to 1/300 of the operational wavelength! These antennas are usually designed for customers who can afford to compromise some of the antenna performance to achieve very compact size. 

[1 Patented design] 

Antenna design supporting various direction finding techniques. The Vector Sensing technique (VSA) that needs 6 EM wave components to derive direction of the incoming wave in a 3D space.

Elements used are electric and magnetic dipoles (or array of dipoles for wideband operations)

These type of projects requires a deep collaboration with the client. For such need, WiseAnalysis offers on-site engineering services. Designs include a wide range of PIFAs, dipoles, monopoles as well as numerically optimised radiator shapes with sophisticated feedings.

  WiseAnalysis provides a comprehensive treatment of conformal antenna arrays from an engineering perspective. We help our customers to optimise their existing solutions and make it more Aesthetic and Aerodynamic friendly, with improved performance at a lower cost.