We show that graphene-percolated polymer composites exhibit fractional capacitance
response in the frequency range of 50 kHz–2 MHz. In addition, it is shown that by varying the …

The first successful fabrication of microsupercapacitors (μ‐SCs) using fractal electrode
designs is reported. Using sputtered anhydrous RuO2 thin‐film electrodes as prototypes, μ …

The digital microfluidic (DMF) platform introduces many applications in biomedical assays. If
it is to be commercially available to the public, it needs to have the essential features of …

In recent times, there has been a great increase in the demand of flexible micro-
supercapacitors for use in many commercial applications. Flexible capacitors have the …

Microsupercapacitors (MSCs) are of increasing interest for powering microelectronic
systems, while their applications are still limited by insufficient energy densities due to …

A new class of a dual mode microstrip fractal resonator is proposed and developed for
miniaturization of the dual band bandpass filter. The perimeter of the proposed resonator is …

This Letter introduces an electrostatically actuated fractal MEMS variable capacitor that, by
utilising the substrate, extends the tuning range (TR) beyond the theoretical limit of 1.5 as …

In this Letter, the authors fabricate for the first time MEMS fractal capacitors possessing two
layers and compare their performance characteristics with the conventional parallel-plate …

Novel Si-based nanosize mechanical resonator has been top-down fabricated. The shape of
the resonating body has been numerically derived and consists of seven star-polygons that …

In this paper, the feasibility of laser ablated inductors of fractal design on flexible plastic
substrate is demonstrated. Inductors are used to store energy during each switching cycle in …