Since the earliest days of microelectromechanical systems (MEMS) sensor products, the goal of easily combining the sensing structures made using MEMS processing with the required signal conditioning has driven many sensor R&D labs. If successful, the solution would make the resulting devices more useful in a broader range of applications. In the 1980s, the circuitry […]
Magnetic sensor
How do sensors improve home appliances? Pt. 2
Part 1 of this blog discussed sensors in the laundry room in washing machines and dryers. In the kitchen, similar to the laundry room, basic functions can be designed in using established sensing techniques. In the typical home, the refrigerator is the second-largest consumer of electricity (13.7%), with the air conditioner being number one. So, […]
How do sensors improve home appliances? Pt. 1
Today’s home appliances are increasingly connected for remote monitoring and control and smarter due, in part, to numerous sensors. The sensors help even lower end appliances implement their basic functions and, more importantly, enable smarter, top end appliances. While sensors provide these capabilities for several home appliances, this two-part series will describe sensing functions for […]
How can sensors protect a diamond center vault?
In Belgium’s’ Antwerp Diamond District, eighty percent of the world’s rough diamonds passed through a three-square-block area. The Diamond Squad, the world’s only specialized diamond police, provided 24-hour police surveillance and 63 video cameras monitored the district. In this area, the Antwerp Diamond Center vault was thought to be impenetrable. In addition to having a […]
Magnetometer features field shock recovery
Bosch Sensortec announces its next-generation magnetometer, the BMM350, which provides excellent performance with low current consumption to extend battery life. It enables a wide range of new use cases, including detecting head orientation for 3D audio, and pixel latency reduction in AR/VR to improve the user experience and avoid motion sickness. In indoor navigation, the […]
Bi-directional latching solenoids are economical and easy to integrate
Latching Bi-Directional Solenoids released by Magnetic Sensor Systems (MSS) are low-cost, economical to use, and easy to integrate into an application. The S-18-100LC2 and S-18-100LF2 Latching Bi-Directional Solenoids feature the same compact dimensions: 1.00 in. wide x 0.84 in. high x 1.73 in. long with 6-32 threaded Push/Pull plungers. The plungers have a travel of […]
Pull type solenoids meet the user’s requirement
Magnetic Sensor Systems (MSS) released their S-20-100X model of Pull Type Tubular Solenoids. Their S-20-100X series of solenoids features 18 different solenoids to select from based on the user’s Voltage, Duty Cycle, Force and Stroke requirement. MSS Solenoids coils typically use Class “F” 23 to 40 AWG windings with Class “A” insulation for better solenoid […]
Redundant, half-bridge TMR-based sensor handles safety-related angle and position detection
TDK Corporation expands its tunnel-magnetoresistance (TMR) angle sensor portfolio with the launch of the TAS4240 TMR-based angle sensor for automotive and industrial applications. The TAS4240 comes in a compact TSSOP8 package and provides two redundant analog single-ended SIN/COS outputs. The sensor enables precise angle measurements in applications where high performance is needed and space is […]
TMR magnetic sensors optimized for current, position sensing
MultiDimension Technology Co., Ltd. (MDT) has released the TMR2623 linear magnetic field sensor with built-in programmable signal conditioning circuitry. Designed for current sensing, position sensing, and other high-performance industrial magnetic sensor applications, they are factory-calibrated and temperature-compensated to customizable sensitivity and full-scale voltage output levels supporting a wide measurement range up to ±500 Gauss, achieving high uniformity […]
What sensors are in a smart cane? Pt 2
Inspired by self-driving vehicles and robotics, the Augmented Cane developed by Stanford University researchers uses a LiDAR sensor to measure distance to nearby obstacles and then provide directions so blind or visually impaired users can navigate around those areas. Additional sensors in the research prototype include GPS, accelerometers, magnetometers and gyroscopes to monitor the user’s […]
