by Jerry Philips | May 23, 2019 | Cryogenic environments, Displacement Sensor, Fiber Optic Vacuum Passthru, Fiberoptic Sensors, multiplexing sensors, Non-Contact Sensing, Quality Control, space cryogenics, Space Telescope Lens
The Euclid Satellite project a good example of Philtec’s sensors being used with excellent results in cryogenic conditions. A technical paper published in 2012 shows Philtec’s high precision sensors were successfully used at 150°K to verify the...
by Jerry Philips | Apr 4, 2019 | 90° Probes, Displacement Sensor, Fiberoptic Sensors, Miniaturized Sensors, Non-Contact Sensing, Right Angle Probes
Tiny 90° Probes Philtec specializes in the design of sensor systems for gaining access to hard to reach targets. In March 2019, several dozen model D47 sensors were delivered with long fiber optic cables and very small 90° probes as seen here. The fiber optic cable...
by Jerry Philips | Mar 26, 2019 | 90° Probes, Aerospace, Displacement Sensor, Fiberoptic Sensors, High pressure environments, High Temperature, Magnetic Fields, Measurements in fluids, Miniaturized Sensors, Non-Contact Sensing, Right Angle Probes
Special Probes Made To Customer Requirements Send us a sketch or drawing of your application requirements. We’ll make a sensor configuration drawing for your review. Email sensors@philtec.com
by Jerry Philips | Mar 7, 2019 | Uncategorized
It’s not often we discover how well Philtec sensors perform for customers. The Euclid Satellite project a good example of our sensors being used with excellent results in cryogenic conditions. A technical paper published in 2012 describes how Philtec’s...
by Jerry Philips | Jan 3, 2019 | 90° Probes, Displacement Sensor, Fiberoptic Sensors, Helicopter Flight test, High Temperature, Hot Targets, Right Angle Probes
CUSTOMER FEEDBACK “We just got some feedback about the 9 sensors with special configuration and copper sheathing. They are quite satisfied by the sensors, which are well resisting against the 400°C. They have done several tests and measurement campaigns in...
