Patch: Antenna Calculator
Due to the fringing fields at the edges, the patch appears electrically longer than its physical length. This extra length is represented by ΔLcap delta cap L
To calculate the dimensions for a rectangular patch antenna, follow these sequential steps: 1. Calculate Patch Width (
Patch antennas, also known as microstrip antennas, are a type of planar antenna that consists of a conductive patch on a substrate material, typically a dielectric material with a ground plane on the back. They are widely used in various applications, including wireless communication systems, radar systems, and satellite communication systems.
To simplify the design process, we have developed a patch antenna calculator that takes into account the design parameters mentioned above. The calculator is a user-friendly tool that allows designers to input the desired resonant frequency, substrate material, and patch dimensions, and calculates the required patch dimensions and feed location.
The calculator output is as follows:
Due to the fringing fields at the edges, the patch appears electrically longer than its physical length. This extra length is represented by ΔLcap delta cap L
To calculate the dimensions for a rectangular patch antenna, follow these sequential steps: 1. Calculate Patch Width (
Patch antennas, also known as microstrip antennas, are a type of planar antenna that consists of a conductive patch on a substrate material, typically a dielectric material with a ground plane on the back. They are widely used in various applications, including wireless communication systems, radar systems, and satellite communication systems.
To simplify the design process, we have developed a patch antenna calculator that takes into account the design parameters mentioned above. The calculator is a user-friendly tool that allows designers to input the desired resonant frequency, substrate material, and patch dimensions, and calculates the required patch dimensions and feed location.
The calculator output is as follows:
