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In electronic instrumentation, resolution is a measure of the distance in amplitude at which we can distinguish between two points on a waveform. This is not the same as accuracy, which is a measure of how closely a waveform as displayed or measured agrees with the signal at the instrument's input.
Take the average of the measurements and the difference is between it and the true value is accuracy. Resolution can be expressed in two ways: 1. It is the ratio between the maximum signal measured to the smallest part that can be resolved — usually with an analog-to-digital (A/D) converter.
Calculate the fraction of the 5V input range that is used by the sensor. Then multiply this value by the number of steps used by the AD board on the interface. Next, take the sensor range and divide it by the number of steps you have available at the full scale range. This is the resolution of the sensor.
Resolution. Resolution is the image quality produced by a printer or displayed on a monitor. With monitors, the resolution is measured by the number of pixels horizontal by pixels vertically as shown in the picture. Printers also have a measure of resolution called DPI (dots per inch).
The resolution of a scale is the smallest increment in applied weight that can be detected or displayed on the scale. In all scales, this quantity is most affected by the number of digits that are displayed when an object is weighed.
Accuracy is how close a reported measurement is to the true value being measured. Resolution is the smallest change that can be measured. (Typically, accuracy specifications are stated as a plus-minus range.) The gauge on top has finer resolution.
Resolution is the closeness of the reading of the measuring quantity with the true value or theoretical value. Resolution of every measuring instrument is different. The instrument which can more closely find the value compared to theoretical value is said to have better resolution.
Resolution. The resolution of a measurement system is the smallest yet to distinguish different in values. The specified resolution of an instrument has no relation to the accuracy of measurement.
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