A Highly Sensitive In-Line Oil Wear Debris Sensor Based on Passive Wireless LC Sensing
Citations
5 citations
4 citations
2 citations
2 citations
2 citations
References
176 citations
"A Highly Sensitive In-Line Oil Wear..." refers background or methods in this paper
...resonant frequency of the wireless LC tank circuit [22], [24]....
[...]
...To find the change in the parallel resonance frequency, a frequency sweep measurement can be used [24]....
[...]
...Several advancements have been reported in the passive wireless LC sensing technique, in the last two decades [23], [24]....
[...]
...The technique has been utilized to measure temperature, pressure, humidity, strain, chemical, and biological parameters in different industries, especially where the placement of a wired sensor is not feasible or not encouraged [24], [25]....
[...]
164 citations
"A Highly Sensitive In-Line Oil Wear..." refers background in this paper
...Several advancements have been reported in the passive wireless LC sensing technique, in the last two decades [23], [24]....
[...]
162 citations
"A Highly Sensitive In-Line Oil Wear..." refers background in this paper
...measurement [6], online detection is the preferred approach as it provides instantaneous output continuously [5], [7]....
[...]
...Wear debris detection is a critical sensing activity as it provides valuable information about the health condition of the machines and hydraulic circuits [1], [5]....
[...]
124 citations
"A Highly Sensitive In-Line Oil Wear..." refers background in this paper
...measurement [6], online detection is the preferred approach as it provides instantaneous output continuously [5], [7]....
[...]
110 citations
"A Highly Sensitive In-Line Oil Wear..." refers background in this paper
...The important sensing mechanisms utilized to develop the online wear debris detection sensors are based on (a) inductive [8]–[10], (b) capacitive [11]–[13], (c) optical [1], [7], [14] and (d) ultrasonic [15] techniques....
[...]
...quality, and more importantly, it can (iv) distinguish the ferrous and nonferrous debris [8], [17], [18], [19]....
[...]