Sentence examples for width of the sensor from inspiring English sources

The field of view of the ultrasonic sensor can be divided into n sectors, as shown in Fig. 10, where n is given by: n = frac{alpha _{mathrm{FOV}}}{alpha _{mathrm{BW}}} (9 where α FOV is the total field of view of the sensor and α BW is the beam width of the sensor, as defined earlier.

For stretching, the sensor of size (10times 30,hbox {mm}) and (10times 20,hbox {mm}) exhibit similar sensitivity (86.0 and 79.8%) and the sensor of size (5times 20,hbox {mm}) has a resistance changing range of 67.1%, illustrating the sensitivity to stretch is related to the width of the sensor.

With a clear-cut shape, the total width of the sensors is squeezed to as small as 430 nm.

In addition, the ratio of the track width to the width of the entire sensor is investigated showing 1/16 as being the most suitable ratio for the proximity sensor printed on fabric.

A is the area of the aperture, given by the glass lid, and l is the length as well as the width of the Ca sensor.

The total width of the 210 70 nm sensor is 430 nm (including the spacing between the two beams).

In this experiment, the time-averaged void fraction, α, is evaluated as a function of the total sampling time, Ω, and the total collected pulse widths of the front sensor during the sampling period [3].

The horizontal width of the FOV of the sensor module is about 450 cm.

By using a better fabrication procedure, we have squeezed the total width of the smallest dual-beam sensors down to 430 nm, less than half of the previous record [20].

Narrowing of the plasmonic peak width results in the increased resolution of the sensor [34].

The impact of the variance between the width of the pull distributions for different sensors on the intrinsic resolution is therefore included in the table.