This paper deals with the design and FPGA implementation of a fractional order digital
differentiator. It is realized using computationally efficient lattice wave digital filter (LWDF) …

In this paper, a microwave triple notch filter with notch frequencies 2.92 GHz, 6.07 GHz and
9.27 GHz is designed over the full ultra-wide frequency range. A cascade transmission-line …

Digital differentiators and integrators work efficiently for low frequency regions. Hence, the
key motive of this work is to implement first order differentiator and integrator at microwave …

A novel methodology for designing a microwave filter has been implemented. The designed
filter is a wideband dual-band bandpass filter which has been constructed in digital domain …

This paper proposes a traveling-wave endfire antenna with temporal differentiation function,
which is able to directly demodulate a frequency modulated signal at the antenna end. To …

This paper presents a stable, accurate and wideband microwave fractional order
differentiator (MFOD) based on infinite impulse response filter. The fractional order …

In this paper, a new design methodology is developed for the implementation of a second-
order microwave integrator on microstrip circuit. Firstly, an existing digital first-order …

Highly accurate designs of band-specific fractional-order microwave differentiators are
proposed to operate in lower and upper frequency bands of UWB range. Firstly, fractional …