How is a capacitor detected?

The capacitor is detected using SVM and fused with the polar coordinate expansion method. The AOI system and the proposed fusion algorithm have been applied to the production line, with an accuracy of 99.73\% and a missed detection rate 0.12\%.

How to detect small changes in capacitance or inductance?

A simple method for detecting very small changes in capacitance or inductance is presented. In the circuit used in the proposed method, which employs LC resonance, the phase of the output signal sharply and monotonically changes by about 180° around the 1. Introduction

How do you convert a capacitor to a voltage?

One is charging the capacitor and converting the capacitance to voltage or time, using the following relationship: Q = C · V, where Q, C and V are the charge stored in the capacitor, the capacitance of the capacitor and the voltage across the capacitor, respectively. The other uses the resonance with an inductor of known inductance L.

How can a change in capacitance be detected?

The change in capacitance can be detected as the change in the resonance frequency. In cases where L changes, the change in inductance can also be detected as the change in the resonance frequency, if the capacitance is constant. Such inductive sensors are widely used [ , , , , , , , ].

What is object detection by sensing capacitance change?

Object detection by sensing capacitance change Object detection is one of the most important technical issues in manufacturing. To manipulate the target object, it is necessary to recognize it and determine whether its status is appropriate in terms of position, direction, dimension, and so on.

Which capacitor should be inserted in a LC network?

L and C1 form a resonance tank. The capacitor C2 should be set sufficiently smaller than C1. The resistor R is inserted so that the total impedance of the LC network does not become a pure imaginary number whilst ensuring stable operation of the signal source.