Cst microwave studio course by university

#CST MICROWAVE STUDIO COURSE BY UNIVERSITY FREE#

When considering to implement an array of antennas for Direction of Arrival (DoA) estimation, a tolerance on the antenna phase centre positions may affect the performance of the whole array. In particular, the effect of a positioning error is to shift the antenna phase centre as well as to reduce the efficiency of the antenna. On the other hand, these solutions are usually prone to positioning errors that occurs in the assembly phase. Several solutions to this problem have been proposed in the literature, among them it is worth mentioning the use of external dielectric resonators and the use of superstrates to be placed on the top of a coupling structure realized on the chip. However, on-chip antenna design is a challenging task as a number of physical factors affects the efficiency of the antenna itself. In such way, it is possible to avoid losses caused by the interconnection between chip and external antennas.

#CST MICROWAVE STUDIO COURSE BY UNIVERSITY FREE#

Moreover, in this frequency range the possibility to use a large bandwidth leads to a high range resolution for FMCW Radar applications, and hence to the possibility to realize new radar sensors with enhanced capabilities.ДЇor frequencies greater than 300 GHz the wavelength in free space is less than 1 mm, which allows the implementation of one or more antennas on chip. In the recent years, Sub-THz radar applications are thoroughly investigated because of specific properties of the electromagnetic waves at these frequencies. Radar system concepts, MIMO and distributed radar systems Packaging and single-chip radars in the millimeter wave domain Radar Signal Processing, Modulation, and Interference Radar for automotive, UAV and industrial applications Research Trends Terahertz Technology and Applications

Mess- und Entwurfsverfahren der Hochfrequenztechnik Teil des Moduls 'EinfГјhrung in die Hochfrequenztechnik'

RF-Design of Communication and Navigation Systems

Cst microwave studio course by university