Dr. Alvaro Blanco del Campo developed a millimeter wave radar system between 28-30 GHz at the Technical University of Madrid with funding from the Spanish Ministry of Science and Education. The system has a range resolution of up to 10 cm, 1 Watt of power, and is remotely controlled via a local area network. It was located on the roof of the Electrical Engineering School of the Technical University of Madrid for research purposes.

1. Dr. Alvaro Blanco del Campo
E-mail : abdcampo@gmail.com
* In every slide you can play the video

2. RF BOXES
ANTENNAS
MMIC POWER SUPPLYCORRUGATED HORNS
PC
GENERAL
POWER
SUPPLY
OSCILLOSCOPE
SIGNAL
GENERATION
FREQUENCY
Between 28-30
Ghz (Selectable)
PRF Up to 3 KHz
POWER 1 Watt
Range
Resolution
Up to 10 cm
(measured)
Heterodyne
receiver
Range Gating
(Real Time)
Remote
controlled
Via LAN
Network
Optical camera
Added for
research
Purposes
Work Developed at the Technical University of Madrid.
Thanks to a grant of the Spanish Ministry of Science
and Education.
IP : Alvaro Blanco del Campo
E-mail : ablancodelcampo@tudelft.nl

3. Frequency
Transmitted
Between 28.5-
29.5 Ghz
PRF 1 KHz
Range
Resolution
18 cm
Location : Roof of the Electrical Engineering School of the Technical University of Madrid

4. Frequency
Transmitted
Between 28.5-
29.5 Ghz
PRF 1 KHz
Range
Resolution
18 cm
Location : Roof of the Electrical Engineering School of the Technical University of Madrid

5. Frequency
Transmitted
Between 28.5-
29.5 Ghz
PRF 1 KHz
Range
Resolution
18 cm
Location : Roof of the Electrical Engineering School of the Technical University of Madrid
Range(m)
Doppler Frequency (Hz)

6. Frequency
Transmitted
Between 28.5-
29.5 Ghz
PRF 1 KHz
Range
Resolution
18 cm
Location : Gibraltar Strait