Wilcoxon Sensing Technologies’ Post

120GHz 20m Distance Measuring Radar Sensor Module (#PCB Electronic Circuit #Motherboard Sensor Module #Chip) It operates in the #FMCW FM continuous wave mode and features a #microstrip array #antenna, making it a superb alternative to laser and industrial #ultrasonic distance measuring #radar. Its small size and compact structure make it adaptable to a wide range of application scenarios. 👏 The #120GHz radar system precisely measures #distances to both stationary and #moving targets. The sensor's output can be configured based on the filtering results of the range or signal strength. 🎯 Key features include: - The radar working frequency band is 120 GHz, with a maximum distance measurement of 20 meters. (Note: The maximum detection distance may vary according to the RCS.) 👀 - Main Parameters:   - Emission Frequency: 120~123GHz    - Output Power (EIRP): 13~20 dBm    - Output Power Consumption: 9~14 mw    - Beamwidth (-3dB) Antenna Angle: 6°    - Working Voltage: 9~24 V    - Working Current: 20 mA    - Output: #RS485    - Working Temperature: -45 + 85 ℃    - Refresh Rate: 0.1~25 Fps    - Module Size: 36.6*43 mm    - Weight: 10g    - Measuring Range: 0.1~20m    - Measuring Accuracy: ±2mm    - Resolution: 1mm    - Start-Up Time: 1s #radarsensor #sensormodule #radarmodule #radarchip #distancemeasuring #radarboard #20mdistance #radarmonitoring #heightmeasuring #depthmeasuring

Stage positioning commonly used in photolithography steppers and wafer inspection demands precision and repeatability. Kaman offers a range of sensors and conditioning electronics that are well-suited for non-contact measurements in fab environments. https://bit.ly/3X79oUB

It’s all about the connections! 🔌The Interface SI-USB4 4 Channel USB Interface Module connects sensors with a PC and logs analog sensor signals, digitizing them with up to 16-bit resolution. This module can be used in applications ranging from automotive headrest testing to material tensile testing. Check out other applications here: https://bit.ly/2yd9qmQ #IntefaceProducts #LoadCells #TestandMeasurement #DigitalInstrumentation

I would like to share with you one of my biggest projects in embedded systems, which was really fun to make. It consists of 2 MCUs(atmega32). MCU2 controls the machine of the car based on the information sent from MCU1, the cooling system of the car which is a fan is also controlled based on the temperature read by the LM35 sensor. The MCUs’ functions are the following:- MCU1:- reads temperature and controls fan, sends temperature to MCU2, has an interrupt button with which it switches off the machine if pressed when the temperature is between 40 and 50 degrees Celsius MCU2:- controls the machine using a potentiometer, receives temperaure from MCU1 and acts based on it. This system has 3 states:- Normal:- the temperature is between 0 and 50 degrees, but when temperature is close to 50, yellow led turns on, when it is very close, red led turns on, otherwise green led turns on Emergency:- temperature is higher than 50 degrees and the timer counts to 7 in MCU1, MCU2 lights the red led and turns on the buzzer, if it counts more than 7 seconds then we go into abnormal state Abnormal:- MCU1 resets, MCU2 counts to 4 and opens door. This project is one of the biggest projects that I made, and I learned a lot from it, looking to make more and more projects in the future❤️ And here’s a short video explaining the project😃 #embedded_systems #avr #atmega32 #embedded_projects #Automotive_embedded

"Exploring the Tech World: A Comparative Look at Festo Proximity Sensors - SME vs. SMT #Festo #Techworld #SensorTech #SmartSensors #IoTSensors #InnovationInSensors #SensingTheFuture #TechSavvySensors #PrecisionSensing #SensoryRevolution #SensorSolutions https://lnkd.in/dY-JDdUC

I have hard-to-reach places. Do you need to collect production data? You need a MAGNETIC SENSOR. Features ✔️10 mm more traverse distance than other magnetic sensors ✔️Sensor head length 27 mm, with remote electronics ✔️PNP/NPN NO/NC; IO-Link PNP NO ✔️Pigtail M12, M8 and 2 m cable ✔️Temperature range –25 to +80 °C #balluff #magneticsensor #sensor

Great for precise measurements in tight spaces…

GYRO-SENSOR Gyroscope sensor is a device that can measure and maintain the orientation and angular velocity of an object. These are more advanced than accelerometers. These can measure the tilt and lateral orientation of the object whereas accelerometer can only measure the linear motion. Gyroscope sensors are also called as Angular Rate Sensor or Angular Velocity Sensors. These sensors are installed in the applications where the orientation of the object is difficult to sense by humans. WORKING: Besides sensing the angular velocity, Gyroscope sensors can also measure the motion of the object. For more robust and accurate motion sensing, in consumer electronics Gyroscope sensors are combined with Accelerometer sensors. Depending on the direction there are three types of angular rate measurements. Yaw- the horizontal rotation on a flat surface when seen the object from above, Pitch- Vertical rotation as seen the object from front, Roll- the horizontal rotation when seen the object from front. #snsinstitutions #snsdesignthinkers #snsdesignthinking

Miniature RF Switch for Automotive The KMS-560A series is a miniature RF switch developed for the inspection and measurement of high-frequency automotive circuits up to 6GHz. The compact design is ideal in simplifying RF circuit inspection during the manufacturing processes. It is worth mentioning that with Hirose's double-bending contact design, dust particles that may presence or any dust intrusion would not affect the stability and reliability of the contacts. All materials and substances used are complied with Halogen and Beryllium free standards. Main features: - High frequency: 0 to 6GHz - Contact design to prevent dust intrusion - Wide self-adjustment range - High heat resistance 105°C Applications: Ideal for automotive applications such as telematics, infotainment and antenna. 🌐 Explore more: https://lnkd.in/gq3_FN-y #HiroseElectric #connectingthefuture #automotiveinnovation #miniaturerfswitch #electricalconnectors #KMS560Aseries

DIS SENSORS’ QG65 and QG76 inclinometers offer OEM equipment manufacturers the option of retrofitting legacy systems with analog sensors for inclination. Now manufacturers can also benefit from CANOpen, CANOpen Safety, and J1939. ➡️ All of these sensors are provided in robust sealed packages and are based on the MEMS principle (so no moving parts can wear down over time) ➡️ Our CANOpen and J1939 based sensors are networkable and fully configurable (including addressing, baud rates, and filters). ➡️ DIS Sensors make other parameters available in certain models, such as acceleration and rotation in each axis. Read more: https://loom.ly/pL8uyuo