Pressure Sensors Ensure Dangerous Chemicals Don’t Leak into the Air
Differential pressure sensors are a common way to measure the flow of dangerous chemicals to ensure there are no leaks that can create a safety issue.
Differential pressure sensors are a common way to measure the flow of dangerous chemicals to ensure there are no leaks that can create a safety issue.
Adoption of Advanced Multi-Range Technology Helps Customers Expand Product Reach, Reduce Design Complexity and Improve Overall Performance
Onboard pressure sensors control the trajectory and performance of UAVs, as they play a critical role in measuring accuracy of drone altitude and airspeed.
NimbleSense offers a precise solution to improve accuracy and performance of 3D printing by enabling the development of pressure-controlled 3D printers.
Superior’s new mid-range ND pressure sensors provide 2x performance improvement over competing solutions. The new product families include absolute, gage and differential sensors supporting pressures up to 150 psi.
Potentially life threatening, sleep apnea is a serious disorder that affects hundreds of millions of people. PAP therapy is the most common and recommended treatment for sleep apnea, and PAP machines rely on pressure sensors to monitor both the airflow of the system and the patient’s breathing.
Semiconductor fabs place very high demands on pressure sensors to ensure high-quality. All fab steps need precision as uniformity is measured in microns.
Superior Sensor’s unique Multi-Range technology enables a single sensor to support up to 8 pressure ranges providing a long list of benefits in both product design and manufacturing.
The HV160 leverages Superior’s proprietary NimbleSense architecture to expand pressure sensor support with 8 pressure ranges.
Superior Sensor’s unique Multi-Range™ technology supports up to seven pressure ranges in a single device