Uploaded June 2021 | Updated September 2026, 4 days ago
To measure such small changes in resistance, Advanced Sensors Technology strain gage sensor configurations are based on the idea of a Wheatstone Bridge. The three types of strain gage configurations, quarter-, half-, and full-bridge, are decided by the number of active elements in the Wheatstone bridge, the orientation of the strain gages, and the directions of principal strains. All full-bridge configurations have four corners, two for power and two for signal. So why are some strain gages designed with four solder tabs and others with five solder tabs? As you will learn from the following video, where
Darryl explains about Advanced Sensors Technology CEA full-bridge strain gage configurations that have four active grids and are available in different types with 4 or 5 solder tabs, 5-tab configurations are used when transducer compensation methods are employed. This can include very tight compensations for both temperature and loading influences on the output. If the inherent compensation provided by the closed bridge configuration (4 tab) is sufficient to achieve the desired transducer accuracy over its working temperature range, then the 4 tab configuration reduces installation time and costs by eliminating one solder connection and the associated wiring.
micro-measurements.com/shear-pattern-strain-gages
Micro-Measurements: micro-measurements.com
Advanced Sensors Technology: micro-measurements.com/advanced-sensors-technology
StrainTalks™ seminar: straintalks.com
StrainBond™? micro-measurements.com/bonding
StrainBlog: strainblog.com
To measure such small changes in resistance, Advanced Sensors Technology strain gage sensor configurations are based on the idea of a Wheatstone Bridge. The three types of strain gage configurations, quarter-, half-, and full-bridge, are decided by the number of active elements in the Wheatstone bridge, the orientation of the strain gages, and the directions of principal strains. All full-bridge configurations have four corners, two for power and two for signal. So why are some strain gages designed with four solder tabs and others with five solder tabs? As you will learn from the following video, where
Darryl explains about Advanced Sensors Technology CEA full-bridge strain gage configurations that have four active grids and are available in different types with 4 or 5 solder tabs, 5-tab configurations are used when transducer compensation methods are employed. This can include very tight compensations for both temperature and loading influences on the output. If the inherent compensation provided by the closed bridge configuration (4 tab) is sufficient to achieve the desired transducer accuracy over its working temperature range, then the 4 tab configuration reduces installation time and costs by eliminating one solder connection and the associated wiring.
micro-measurements.com/shear-pattern-strain-gages
Micro-Measurements: micro-measurements.com
Advanced Sensors Technology: micro-measurements.com/advanced-sensors-technology
StrainTalks™ seminar: straintalks.com
StrainBond™? micro-measurements.com/bonding
StrainBlog: strainblog.com
