An on-chip implementation of a W-band filter with dual notches at 82
GHz and 95 GHz is presented. Reflection mode filtering methods are
implemented with dual hairpin resonator networks, using the inherent
parasitic losses in the resonators to create matched loads at the stopband
frequencies of interest while reflecting passband power. Notches of
6 dB and 10.6 dB stopband insertion loss, and 3.7% and 5.6%
relative bandwidths respectively, were achieved. This represents the first
implementation of reflection mode filtering in the W-band on-chip.
A non-iterative synthesis procedure for sub-harmonic stub (SHS) bandpass
and band-stop filters is presented. The method ensures better agreement
between the synthesized filter response and the original prototype function ...
Morudu, Letennwe Josephine(University of Pretoria, 2011-06-23)
A lack of information is identified on the ability of professional nurses working in a neonatal intensive care unit to make competent clinical decisions pertaining to the employment of bedside blood product filters during ...
Alatise, Mary B.; Hancke, Gerhard P.(MDPI Publishing, 2017-09-21)
Using a single sensor to determine the pose estimation of a device cannot give accurate
results. This paper presents a fusion of an inertial sensor of six degrees of freedom (6-DoF) which
comprises the 3-axis of an ...