Lockheed Martin F-35

Case Study

The Lockheed Martin F-35 performs ground attacks, reconnaissance, and air defense missions using advanced technology.

Project Summary

Industry

Aerospace

Location

Fort Worth, TX

Business Situation

Lockheed Martin approached Occam Technology Group for hardware design and development of a compensated hydraulic pressure sensor for the Joint Strike Fighter.

Technical Situation

This device had to meet design regulations and must accept specific volt power and senses for variations in strain gauge impedance.

Solution

Occam Technology Group developed hardware and firmware for hydraulic pressure sensors to input power voltage range and reverse voltage protection.

Benefits

We used advanced engineering tools and hardware development to design sensor conditioning and digital signal processing for extreme environments.

Services

  • Design engineering
  • Mechanical engineering
  • Structural engineering
  • Industrial engineering

Hydraulic Pressure Sensor Development for Joint Strike Fighter

Lockheed Martin is a global security technologies company that designs products for customers worldwide. The F-35 Joint Strike Fighter was created to perform ground attacks, reconnaissance, and air defense missions for the emergency responders. They needed help developing hardware for a compensated hydraulic pressure sensor. Occam Technology Group designed a product that accepts +10 volt nominal power and senses and compensates for variations in gauge impedance over temperature ratio-metric over impure power voltage range and reverse voltage protection.