… derivation of the effect of dielectrics on capacitance,20 the dielectric constant arises from an
… Small plate separations are required for appreciable capacitances which require the use of …

… Such capacitors are a cost-effective replacement for Pd ∕ … B ( d ) for single-layer capacitors
to MLCs. We assume that we … find that it works well for electrode separations of 6 – 22 μ m ⁠. …

… of the MIM capacitor. With a 3 nm thick anodic Al 2 O 3 dielectric, the capacitor with the …
a 280% increase in capacitance density compared to the flat electrode capacitor, reaching a …

… model, we observe interesting quantum size effects at small separations, which recede as
the distance between the graphene plates increases. Because the principle objective of using …

… can ensure that the effective chip separations (including dielectrics) are kept under a fixed
… of the reasons for the chip separation limit for capacitive PxC is the parasitic capacitance …

… capacitors (MLC’s). They are defined as a separation of the electrode and dielectric layers
… Poor adhesion of the dielectric tape layers to dried electrode prints during MLC buildup can …

… separations (or electric dipoles), as illustrated in Figure 6. Hence, the total charge capacity
(and induced electric field) of the dielectric film increases; and, the change in capacitance in …

… In this work, we investigated the dielectric layer deformation and dielectric change in … lengths
and separations. This is approximately the size at which the slope of the curve for the initial …

… separations of these two capacitors (table 3). The initial electrodes separations of the capacitor
… of the pyramid height ratio of the dielectric layer of a capacitive E-skin sensing unit both …

… dielectric capacitor composed of a few dopants has been investigated in this study. This
capacitor includes metallic graphene layers which … size effect at small separations in our model. …