Ridgetop’s Adaptive Remaining Useful Life Estimator (ARULE) is a powerful prognostic reasoner to determine the Remaining Useful Life (RUL), State-of-Health (SoH), and Prognostic Horizon (PH) of complex systems. Working from acquired sensor data, ARULE employs an advanced prediction method related to extended Kalman filtering (EKF) to produce new RUL, SoH, and PH estimates for each new sensor data point.
Join Ridgetop Group and Distinguished Engineer James Hofmeister, to find out more about this predictive analytics software package and how it can benefit your own unique CBM, PHM, and IVHM applications.
Webinar is scheduled for Thursday May 5, 2022 at 10:00 AM PT (5:00 PM UTC).
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Power supply systems may wear out and cause catastrophic failures in the systems they are designed to enable. Fortunately, even when a power supply system is still performing within nominal limits, it may exhibit tell-tale signs of degradation. Such degradation signatures are extracted and analyzed by Sentinel Power in order to provide advance warning of impending failure and actionable maintenance data.
Ridgetop is certified as category 1A under the Defense Microelectronics Activity (DMEA) as part of the Trusted Supplier Program. Ridgetop has history of designing analog and mixed signal ICs for demanding applications in space satellites that are subjected to extreme temperatures and radiation. Our designs have utilized bulk CMOS, CMOS-SOI, and SiGe at process geometries down to 28 nm channel lengths. Radiation hardness is also a concern, and Ridgetop has addressed those requirements as well. A recent Ridgetop design was delivered to ON Semiconductor for the U.S. Air Force STELLAR Star Tracker.
Under contract to NASA, Ridgetop designed an effective 3-axis wireless rotational sensor. The RotoSense™ sensor has been tested on fast-spinning pinion gears on helicopter gear boxes, and also rolling stock for railroad safety improvements.