Miniature Linear Position Sensors

  Enquiry / contact me

Deliver position feedback for monitoring flight parameters

Sensor Technology

Miniature Linear Position Sensors
Miniature Linear Position Sensors

This miniature Linear Variable Differential Transformer (LVDT) from NewTek Sensor Solutions delivers reliable position feedback for monitoring the fin/rudder position and rotor angle of unmanned aerial vehicles (UAVs). When used on single rotor UAVs, linear position sensors supports the control of the blade angle of attack. On multi-rotor UAVs used to carry payloads, embedded LVDTs can measure the mass and inertial forces of the transported object.


High response dynamic measurement with high shock/vibration resistance


The M-375 Series (3/8” diameter housing) and M-188 Series (0.188” diameter housing) work in measurement ranges from ± 0.01 to ± 1.0 inch. These sensors offer high temperature accuracy, stability, repeatability and resolution, in operating temperatures from -65°F to +275°F, with options for venting up to 30,000 psi and temperature ratings to 400°F. Moreover, they fit environmentally hostile conditions thanks to stainless steel housings and epoxy encapsulation.

Posted on April 26, 2019 - (416 views)
NewTek Sensor Solutions
7300 US Route 130 North Bld #7
08110 Pennsauken - USA
+1-856-406-6877
+1-856-406-6578
View full company profile
Location
Related articles
2 in 1 Mechanical Position Sensor
Color Sensor
Digital Transmitter
Smart Fitting
Shock Transportation Data Logger MSR175
Laser Triangulation Sensors optoNCDT 1420
Sensing Innovation in Process and Control
Mechanical Position Sensor MP600 Series
The Internet of Things Starts with a Sensor
Temperature Sensors
Measurement Uncertainty Calculator
2 in 1 Mechanical Position Sensor
Color Sensor
Position Transducers
High Precision Mechanical Position Sensor
Belt Alignment Tools
High Precision Inclination Sensor
Absolute Encoder for Drive Technology
Confocal Sensor for OEM Applications
LMI Technologies Receives the Certification for Integration with Universal Robots