In 1990, Song et al published a paper showing that the DC self-bias potential VDc is a function of the amplitude of the driving RF voltage |VRF| and the area of the driven Ag and grounded electrodes...


In 1990, Song et al published a paper showing that the DC self-bias<br>potential VDc is a function of the amplitude of the driving RF voltage<br>|VRF| and the area of the driven Ag and grounded electrodes A,<br>respectively. They found:<br>Voc = |VRF| sin<br>(A, – Ad<br>\Ag + Aa)<br>If |VRF| = 500 V and A =3A4 calculate both Vpc and the maximum<br>possible value of the time-dependent plasma potential Vp.<br>

Extracted text: In 1990, Song et al published a paper showing that the DC self-bias potential VDc is a function of the amplitude of the driving RF voltage |VRF| and the area of the driven Ag and grounded electrodes A, respectively. They found: Voc = |VRF| sin (A, – Ad \Ag + Aa) If |VRF| = 500 V and A =3A4 calculate both Vpc and the maximum possible value of the time-dependent plasma potential Vp.

Jun 11, 2022
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