. The design, development, and evaluation of a differential pressure gauge directional wave monitor. Water waves; Pressure transducers. 85 - C. Bench Calibration 1,. The Calibration Technique An extremely simple calibration was first considered to statically determine the static response of the transducers to a known load. The isolation diaphragms were positioned facing upwards and were loaded with known weights. This technique was ineffective because of the physical nature of the dia- phragms . The bottoms of the weights were rarely in full contact with the elastomer, as is depicted graphical


. The design, development, and evaluation of a differential pressure gauge directional wave monitor. Water waves; Pressure transducers. 85 - C. Bench Calibration 1,. The Calibration Technique An extremely simple calibration was first considered to statically determine the static response of the transducers to a known load. The isolation diaphragms were positioned facing upwards and were loaded with known weights. This technique was ineffective because of the physical nature of the dia- phragms . The bottoms of the weights were rarely in full contact with the elastomer, as is depicted graphically in Figure V-2, so that the ap- plied pressure to the sensor could not be easily calculated. If the weight was too heavy and large, some of the force of the weight would be exerted upon the top face of the. FIGURE V-2: Cross-section of isolation dia- phragm with an object load Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Bodge, Kevin R; Coastal Engineering Research Center (U. S. ). Fort Belvoir, Va. : The Center ; Springfield, Va. : National Technical Information Service, Operations Division [distributor]


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