team photo

Figure 1
project photo

Figure 2
project photo

Mechanical Engineering
Team 49

Team Members

Faculty Advisor

Chase Harmon
Ashley Oakley
Justin Schroeder
Nathan Wu

Bryan Weber


Radio Frequency Systems

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Radio Frequency Systems (RFS) is a leading, world-wide provider of radio frequency solutions including microwave and base station antennas and various communications cables and connectors. The goal of this project was to design and build a machine that automatically places height restrictors on preset fixtures. The preset fixture is a template used to produce tuning covers for a radio frequency (RF) filter, a key component in communications devices. RF boards use deep-drawn brass tuners for signal processing; the height of the tuners is what creates the desired signal output. By setting the preset fixture depth through a mechanical system, versus the current manual methods, RFS can reduce fine-tuning time of RF boards by roughly 50%. Set screws were chosen to be the height restrictors for the preset fixture. The required vertical tolerance of ±0.005” was achieved via a photoelectric time of flight sensor laser mounted above the drive system. Confirmation of the machine’s tolerance and repeatability were conducted by precise measurements of a test preset fixture. Shaker table testing was conducted on the selected screw to ensure expected preset use would not shift the screws beyond allowable tolerances.