This paper proposes a 32 GHz band radar receiver with an X8 multiplier. The Ka-band Rx chip used in the was fabricated by using 28-nm complimentary metal-oxide-semiconductor (CMOS) process and its built-in multiplier enables to driven low reference signal of 4 GHz. designed attached ground plane microstrip patch antenna connected feedline via bonding wire. impedance matching circuit implemented...

Within framework of UKoLoS project the new Super Resolution Maximum Length Binary Sequence UWB Radar (M-sequence radar) was developed. The radar consists of an M-sequence generator, transmitter front-end, receiver front-end, data capturing device and data processing blocks, whose design responsibilities were carried out by four institutions. In this thesis the design and measurements of the dat...

In this paper we introduce and analyze a passive synthetic aperture radar system motivated by space surveillance radar networks for detecting, tracking, imaging, and identifying small debris (aka target) in low-earth orbit. We propose a system with a powerful transmitter on the ground and one or several flying receiver platforms. Each platform can separate the direct signals from the source, co...

Cognitive radar is a new paradigm to conceive the next radar generation characterized by unique and amazing features inspired to mental abilities and processes related to knowledge. Introduced by Haykin [1] and Guerci [2], it is attracting huge attention within the radar community during the last few years. The key concept is that radar system performance can be enhanced through a continuous an...

The radar signal intercept problem under complex signal environment has been a research hotspot in the field of electronic reconnaissance. A kind of radar signal intercept receiver which has 500 MHz instantaneous bandwidth is proposed to receive multiple simultaneous radar signals and to give phase difference information to signal sorting. The channelized efficient architecture of odd arrangeme...

Target reader group are engineering students who want to perform tests using pulsed or chirped signals. Current Radar development is focusing the area of signal processing. This is taken into account by this educational note, where the R&S® SMW / SMBV instruments on the transmitter side and R&S®FSW / FSV instruments on the receiver side are combined to a closed loop Radar system, performing rad...