530 XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3
The footprint was designed for the connection with a plug-
gable terminal block, which was in turn connected with
the output of high voltage cables. The width of the board is
210 mm and the length of each electrode is 200 mm. The
width and gap between electrodes are 1 mm. A wider board
can generate a more uniform electric field in the central
region. The schematic diagram of the final design is illus-
trated in Figure 3.
Figure 1. Schematic diagram of experimental system consisting of power system, ETW board and
observation system (note, system grounding not shown for clarity)
Figure 2. The design of PCB using Kicad and description of each components (the length of
electrodes is this example is 90 mm)
The footprint was designed for the connection with a plug-
gable terminal block, which was in turn connected with
the output of high voltage cables. The width of the board is
210 mm and the length of each electrode is 200 mm. The
width and gap between electrodes are 1 mm. A wider board
can generate a more uniform electric field in the central
region. The schematic diagram of the final design is illus-
trated in Figure 3.
Figure 1. Schematic diagram of experimental system consisting of power system, ETW board and
observation system (note, system grounding not shown for clarity)
Figure 2. The design of PCB using Kicad and description of each components (the length of
electrodes is this example is 90 mm)