Wide Band Reconfigurable Antenna with omnidirectional and directional radiation patterns

Overview

Executive Statement:

An innovative antenna design capable of switching between omnidirectional and directional radiation patterns across wide or multiple frequency bands.

Description:

This technology introduces a planar reconfigurable antenna that leverages a substrate with conductive elements and selective connectivity to a common RF feed point for dynamic radiation pattern generation. It supports both omnidirectional and directional modes by connecting all or specific pairs of conductive elements to the feed point, making it highly adaptable for various wireless applications. The design is compact, suitable for integration into small devices, and can operate over a wide bandwidth or multiple frequencies.

Market Applications

Wireless communication devices requiring adaptable radiation patterns
Compact consumer electronics and IoT devices with connectivity needs
Advanced networking equipment supporting multiple frequency bands
Portable devices where space and cost are critical design considerations

Key Advantages

Ability to generate both omnidirectional and directional radiation patterns
Supports wide bandwidth or multiple frequency operations
Compact planar design ideal for small form factor devices
High radiation efficiency without the need for phase shifters and power dividers
Cost-effective manufacturing process suitable for commercial PCB fabrication

Problems Solved

Lack of versatility in traditional antennas with fixed radiation patterns
Complexities and size constraints in adapting antennas for small devices
High manufacturing costs associated with complex antenna designs
Limitations in bandwidth and frequency adaptability of existing reconfigurable antennas