Adjectives For Sensor
Discover the most popular adjectives for describing sensor, complete with example sentences to guide your usage.
Updated on March 16, 2024
Choosing the right adjective to describe a sensor can significantly affect the perception of its functionality and application. For example, an optical sensor suggests a device capable of detecting light waves, ideal for precision tasks in photography or astronomy. A magnetic sensor, on the other hand, implies a focus on detecting magnetic fields, crucial for navigation systems. Words like single or infrared further refine our understanding, indicating either the simplicity of the sensor's operation or its ability to perceive heat signatures, respectively. Each adjective opens a window into the sensor's world, hinting at its design, purpose, and area of expertise. Explore the full spectrum of adjectives associated with sensors to discover the perfect phrasing for your needs.
| optical | The optical sensor detected a faint light in the distance. |
| single | The single sensor was able to detect the object's presence. |
| optic | The optic sensor detected a faint light in the distance. |
| magnetic | The magnetic sensor detected a small change in the magnetic field. |
| light | The light sensor detected a change in the room's brightness. |
| infrared | The infrared sensor can detect human presence even in complete darkness. |
| current | The current sensor detected a surge in the electrical current. |
| based | The based sensor determined the object's position. |
| remote | The data is collected by the remote sensor in real time. |
| tactile | The new tactile sensor can detect even the slightest touch. |
| type | The type sensor detected a ferrous metal object. |
| electronic | The electronic sensor detected a change in temperature. |
| capacitive | The capacitive sensor detects changes in capacitance caused by the presence of a nearby object. |
| ultrasonic | The ultrasonic sensor detected an object at a distance of 10cm. |
| active | The active sensor detected a slight increase in temperature. |
| piezoelectric | The piezoelectric sensor detected the vibrations coming from the machine. |
| digital | The digital sensor detected a change in temperature. |
| thermal | The thermal sensor detected a slight increase in temperature. |
| integrated | The integrated sensor measures temperature, humidity, and pressure. |
| typical | The typical sensor measures humidity in the air. |
| electrochemical | The electrochemical sensor was used to detect the presence of the analyte in the solution. |
| primary | The primary sensor is responsible for detecting the presence of the object. |
| sensitive | The sensitive sensor detected a subtle change in the environment. |
| acoustic | The acoustic sensor detected a faint sound coming from the forest. |
| smart | The smart sensor detected a change in temperature. |
| passive | The motion sensor, a passive sensor detects even the slightest movement. |
| linear | The linear sensor measured the displacement of the object with high accuracy. |
| simple | The simple sensor detected the change in temperature. |
| visual | The visual sensor was able to detect the movement in the room. |
| differential | The differential sensor accurately detected the pressure difference between the two points. |
| photoelectric | The photoelectric sensor detected the presence of an object. |
| external | The external sensor detected a change in temperature. |
| amperometric | The amperometric sensor accurately measured the concentration of the analyte in the solution. |
| microbial | Researchers are developing a microbial sensor to detect early signs of sepsis. |
| multi | The multi sensor detected motion in the room. |
| state | The state sensor is used to detect changes in the state of a system. |
| potentiometric | The potentiometric sensor was used to measure the concentration of the solution. |
| inductive | The inductive sensor detected the presence of metal. |
| front | The front sensor is in range. |
| angular | The angular sensor precisely detected the robot's orientation. |
| wireless | The wireless sensor detected a change in temperature. |
| faulty | The faulty sensor caused a malfunction in the system. |
| intelligent | The intelligent sensor accurately detected the presence of the object. |
| ideal | The ideal sensor provides highly accurate and reliable data within a specified range. |
| temperature | The temperature sensor measures the temperature of a room. |
| electric | The electric sensor detected the presence of a nearby object. |
| mechanical | The mechanical sensor detected a slight vibration. |
| axis | The axis sensor detected movement along the x-axis. |
| novel | The novel sensor was designed to detect even the slightest changes in temperature. |
| virtual | The virtual sensor can be used to monitor temperature and humidity. |
| absolute | This device is equipped with an absolute sensor to provide accurate distance measurements. |
| appropriate | The appropriate sensor was used to measure the temperature. |
| pressure | The pressure sensor is used to measure the pressure of the fluid. |
| sun | The spacecraft uses a sun sensor to orient itself with the sun. |
| electromagnetic | The electromagnetic sensor detected a faint signal from the distant galaxy. |
| piezoresistive | The piezoresistive sensor can measure the force applied to it by detecting the change in its electrical resistance. |
| line | The line sensor detected the black line. |
| resistive | The resistive sensor detected a change in pressure. |
| solid | The solid sensor detected a slight vibration in the machine. |
| wire | The wire sensor detected a tiny vibration in the wall. |
| miniature | The miniature sensor was able to detect even the slightest movement. |
| fiberoptic | The fiberoptic sensor accurately measured the temperature of the object. |
| interferometric | "All fiber polarimetric interferometric sensors are based on the principle of interference of orthogonal polarization modes in an optical fiber guiding light." |
| dual | The dual sensor can detect both temperature and humidity. |
| implantable | The implantable sensor monitors a patient's vital signs wirelessly. |
| conventional | The conventional sensor measures the temperature of the environment. |
| suitable | The suitable sensor was used to measure the temperature of the liquid. |
| level | The level sensor in the tank triggered the alarm when the liquid level reached the maximum threshold. |
| dimensional | The dimensional sensor detected a change in the object's size. |
| electrical | The electrical sensor detected a small change in voltage. |
| pyroelectric | The pyroelectric sensor is commonly used in motion detectors. |
| airborne | The airborne sensor detected a significant increase in methane emissions. |
| distributed | The distributed sensor network collected data from multiple locations. |
| static | The static sensor detected a change in the environment. |
| inertial | The inertial sensor measures the acceleration and angular velocity of an object. |
| sound | The sound sensor detected a loud noise coming from the street. |
| torque | The torque sensor measured the force applied to the object. |
| soft | The soft sensor provides real-time monitoring of the process variables. |
| thin | The thin sensor detected a slight change in temperature. |
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