Jewell Instruments is proud to introduce the RoHS-compliant LSLR Ultra-Low Range Accelerometer. This single-axis accelerometer combines the high accuracy and ruggedness of force-balanced technology with the capacity to record very…
In 2017, Jewell Instruments changed the game when we unveiled the single or dual-axis JDI-100/200 MEMS inclinometer. This low-cost MEMS sensor is the first to feature full temperature compensation across…
Jewell Instruments has entered the JDI-100/200 digital MEMS Inclinometer into the Electronics/Sensors/IoT category of Tech Briefs Create the Future 2017 Design Contest. Hundreds of manufacturers and inventors have entered their latest and…
Introducing the JDI-100/200 inclinometer series, the latest addition to Jewell Instruments’ group of MEMS sensors. Made in-house, this ruggedized inclinometer includes digital output and full temperature compensation across all measuring ranges…
The eDXI-100/200 inclinometer series is a precision single or dual-axis tilt sensor that includes Ethernet capability. With an IP67, RJ45 connector, it is easy to connect to computers and other devices to…
Introducing the JMI-100/200 inclinometer series, the latest addition to Jewell Instruments’ MEMS sensor line. This versatile, lightweight, and robust sensor is a low-cost alternative to most traditional inclinometers. The JMI-100/200…
Jewell Instruments is proud to add the SMA Emerald Series accelerometer to its precision sensor line. This single-axis, dual-ended power supply accelerometer offers the high precision of force-balanced technology, but at a…
Jewell Instruments is proud to introduce ten new families of low-cost MEMS (Micro-Electro-Mechanical Systems) inclinometers. They are the latest additions to Jewell’s quality line of high-performance electronic tiltmeters. Models span…
Jewell Instruments is thrilled to introduce the new AMA and DMA series MEMS (Micro-Electro-Mechanical Systems) accelerometers. They are the latest additions to Jewell’s quality product line of high performance and accuracy for inertial…
