High-Frequency Pulse Antenna for Radar, PCB design.
Budget: £10 – £20 GBP
I am looking for an expert in antenna design, specifically for high-frequency pulse antennas, to design a solution for a Radar system project.
A very quick and easy design with those which are familiar with pcb software.
I basically just need you to copy the attached picture with solder. The only component will be an SMA connector, thats it.
Skills and Experience:
- Deep understanding of high-frequency (above 10 GHz) pulse antenna designs
- Proven experience in circuit Design software to implement the design on a PCB layout.
- Prior work in antenna design for radar systems
- Strong knowledge of using design software for antenna modeling and simulation
Project Details:
- The antenna should operate at high frequencies (above 10 GHz).
- This project is focused on a Plate Antenna Design.
- The newly designed antenna will be used specifically for Radar systems.
- The design of the antenna should be optimized for printed circuit board (PCB) implementation.
We anticipate a robust design process that includes modeling, simulation, and verification stages. The ideal candidate should deliver complete documentation for execution, including schematics, manufacturing specs, and any relevant design reports.
A very quick and easy design with those which are familiar with pcb software.
I basically just need you to copy the attached picture with solder. The only component will be an SMA connector, thats it.
Skills and Experience:
- Deep understanding of high-frequency (above 10 GHz) pulse antenna designs
- Proven experience in circuit Design software to implement the design on a PCB layout.
- Prior work in antenna design for radar systems
- Strong knowledge of using design software for antenna modeling and simulation
Project Details:
- The antenna should operate at high frequencies (above 10 GHz).
- This project is focused on a Plate Antenna Design.
- The newly designed antenna will be used specifically for Radar systems.
- The design of the antenna should be optimized for printed circuit board (PCB) implementation.
We anticipate a robust design process that includes modeling, simulation, and verification stages. The ideal candidate should deliver complete documentation for execution, including schematics, manufacturing specs, and any relevant design reports.