BREAKING NEWS: BVM’s new LS-37K 3.5” SBC based on 6th generation Skylake and 7th generation Kaby Lake      Anritsu, Teledyne LeCroy Integrate Best-in-Class Solutions to Create Industry’s Most Comprehensive PCI Express® 4.0 Test System      Imaging SOCs from ON Semiconductor enable big vision with smaller automotive cameras      Chip resistor is cheaper than a grain of rice, but supply is now the issue      Murata’s DC-DC converter offers efficient drop in replacement for 78xx linear regulator in harsh environments     
Micro-Measurements Announces Successful Integration of Advanced Sensors Technology into Strain Gage Product for Industry Best-in-Class Design and Performance Characteristicss
Tuesday, June 13, 2017

PR0410 Micro-smThe Micro-Measurements® brand of Vishay Precision Group (NYSE:VPG) (, industry experts in the design, development, and manufacture of resistive-foil sensors for high-precision strain and high-stress measurements, has announced the successful integration of its own proprietary Advanced Sensors Technology into strain gage products for industry best-in-class design and performance characteristics.

Advanced Sensors Technology applies tangible specification and manufacturing process improvements, along with industry-exclusive strain gage sensor design techniques, for direct customer benefit. The innovation behind Advanced Sensors Technology reflects many decades of Micro-Measurements R&D experience, gained across a global portfolio of thousands of successful applications, with other refinements achieved via ongoing customer feedback.

Strain gage (strain gauge) technology, as a key internal component of finished sensor designs, is a long-recognized industry standard. The strain gages are used to detect a change in electrical resistance, occurring in response to an applied force. In addition to their reliability, strain gages are relatively compact and low cost. This has facilitated their widespread adoption into many of today’s force, load, position, pressure, tension, weight, and strain sensor designs. Such traditional designs have typically called for the bonding and soldering of anywhere from one to four individual strain gages within a single proprietary configuration. Among these, the full Wheatstone bridge, a four-strain-gage arrangement, has consistently offered the highest measurement accuracy, sensitivity and extraneous temperature cancellation.

Further design improvements over traditional strain gage types include smaller and tighter grid-resistance tolerances, improved gage-to-gage repeatability, and enhanced measurement stability. All enhancements are implemented via a fully optimized fabrication process, incorporating the very latest in tooling, methods, and equipment. As a result, the prototype design and manufacturing of anywhere from a single strain gage piece up to OEM volumes may be easily accommodated, with uniform high quality and competitive lead times.

The Micro-Measurements Advanced Sensors Technology product portfolio includes linear, shear and circular gages, arranged as individual, half-bridge and full-bridge configurations, in ranges from 350 Ω to 20 kΩ, with added flexibility in mounting options. The technology improves grid-to-grid tolerances and matching over traditional strain gage manufacturing techniques, enabling better sensor performance.  In the case of full-bridge gage configurations, all intra-bridge connections are integrated directly into the pattern itself, eliminating the need for traditional intra-bridge soldering. The addition of gold-plated solder pads improves solder-joint reliability, while reducing the risks of solder pad oxidation prior to lead wire attachment. These processes further ensure the close matching of grid-to-grid thermal characteristics and bridge circuit thermal output cancellation specifications, both of which are essential to strain gage measurement accuracy. For more information regarding Advanced Sensors Technology, or other product and technology offerings from Micro-Measurements, visit


Skyscraper 2

Skyscraper 3

Skyscraper 4

Skyscraper 5

Skyscraper 6