ADS-B Microstrip Antenna Receiver Design for Cubesat with Slot

Suteja, E. A.; Prasetyo, Agus; Satriyotomo, Bagas; Dafiq, Desio Hasbin; Edwar,

doi:10.1109/icoiact46704.2019.8938412

Cited by 11 publications

(4 citation statements)

References 8 publications

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“…Automatic Dependent Surveillance -Broadcast (ADS-B) is one of the important technologies in aviation, namely the technology for receiving information from aircraft. ADS-B technology is included in the S-Mode reception group which has the code number 17 [1]- [2]. In this research, Arhanud TNI -AD collaborated with PT.…”

Section: Introductionmentioning

confidence: 99%

Franklin Collinear Antenna 2 Levels Different Sides using Array Method 4 Stacking Units 360ᵒ with Integrated Reflector and Power Combiner for ADS-B S-Receiver Mode

Saputera

Estu

Praludi

et al. 2021

J. Elektron. dan Telekomun.

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In this study, an antenna system that could cover the 360ᵒ detection area using the microstrip method was created. The antenna design proposed uses the franklin collinear method with the addition of an array of arms to the left and right of the antenna and the addition of reflectors as a gain enhancer. The four antenna array units are combined using a power divider (combiner) as a unifying antenna. Antenna design with end fire radiation pattern cannot be used in receiving the ADS-B antenna system, because it works only in certain sectors with certain beamwidth, so it needs to be modified by adding an array of 4 units that make up 360◦ radiation of directional diagrams. The addition of the reflector is done by testing the optimum width. The most optimum width is obtained by the width of the side addition on the side of the antenna aperture cross section width of 80 mm. Based on the results of experiments that have been carried out for the design of receiver antennas for ADS-B applications that are required in the form of a radiation pattern in all directions using the reflector technique, the most appropriate gain increase is to use a phase difference for the antennas that are closest both left and right by 90o in ¼ λ conditions in the integration process using a 4 way power combiner. Response return loss at frequency 1.0752 GHz and 1.109 GHz is -15 dB, it means antenna has 33.8 MHz bandwidth with maximum response return loss at -23.22 dB and gain of 7.586 dBi, this antenna design is very suitable for use in the ADS-B application. Design and simulation at this antenna used CST software.

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Section: Introductionmentioning

confidence: 99%

Franklin Collinear Antenna 2 Levels Different Sides using Array Method 4 Stacking Units 360ᵒ with Integrated Reflector and Power Combiner for ADS-B S-Receiver Mode

Saputera

Estu

Praludi

et al. 2021

J. Elektron. dan Telekomun.

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“…It is the second generation of Tel-U Sat project, which has used space-based ADS-B as payload and using the CubeSat 3U standard for nanosatellite design. With experience developing the CubeSat subsystem and another payload that was carried out in [3][4][5][6], this ADS-B module is built on raspberry pi as a data processor and combined with Software Defined Radio (SDR) as a receiver. In order to increase the ADS-B signal reception, a LNA is needed.…”

Section: Introductionmentioning

confidence: 99%

Design and Realization of LNA Prototype Frequency 1090 Mhz for ADS-B on Nano Satellite

Dafiq

2021

JMECS

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The nanosatellite is a satellite with a weight of less than 10kg and an orbital height of 500km. Telkom University through Nano Satellite Laboratory is researching for many payloads on a nanosatellite. One of the nanosatellite payloads is Automatic Dependence Surveillance-Broadcast (ADS-B), an aircraft data transmission broadcast. The long-distance deliveries and space environmental disturbances can cause weak received signals. Therefore a Low Noise Amplifier (LNA) is needed to enhance the signal-to-noise ratio (SNR) of a received signal. This paper has successfully designed and prototyped a single-stage LNA with a gain of 12.7dB and it enhances coverage of ADS-B from 180 to 358km

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“…Some open or commercial websites, such as Flightradar24, adopt ADS-B as their data source. Currently, most attention and research are focused on the hardware devices [11], radio signal processing [12] [13], ADS-B network [14], and aviation surveillance [15]. Besides typical aviation parameters, some meteorological parameters such as wind, temperature, pressure, and humidity will be captured in real-time and broadcasted along with other flight data.…”

Section: Introductionmentioning

confidence: 99%

ADS-B Based Wind Speed Vector Inversion Algorithm

et al. 2020

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Besides collecting and broadcasting aviation surveillance parameters, Automatic Dependent Surveillance-Broadcast (ADS-B) is also a novel technique to sense and share meteorological information such as wind field with high update rate and accuracy. Many ADS-B devices on aircraft can construct a realtime and dynamic sensor network. Although the ADS-B message format reserves the items especially for wind information, few aircrafts broadcast these items at present. The current solution is to use the aircraft trajectory captured by ADS-B for wind vector inversion. Nevertheless, some algorithms still have some downsides, especially the stability in small-angle turning situations. This paper is committed to developing a novel algorithm capable of working in both small and large angle turning situations with high efficiency, with an emphasis on small angle situations. By virtue of the algorithm in our recent research which is derived from the Particle Filter model, this algorithm takes advantage of circle geometry property and Euclidean distance standard deviation (STD). In the simulation test, the effect of true airspeed (TAS) difference on the mean absolute error of wind estimate, the effect of true wind speed on wind estimate, the effect of maneuver turning angle on wind estimate, and the computational complexity are assessed, respectively. Moreover, for real ADS-B data, both large and small-angle turning maneuver situations are tested and compared separately. Also compared is the level of the results concentration for the wind speed and TAS along with the geometric height. Consequently, the simulation and the real data test shows that the proposed STD algorithm has performance superior to other two algorithms LS and LM especially in the small-angle turning situation such as below 40deg. STD's performance is between other two algorithms in computational complexity. This property can help improve the algorithm's stability and data utilization for small-angle turning significantly, which is very useful in real aviation surveillance operations.

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ADS-B Microstrip Antenna Receiver Design for Cubesat with Slot

Cited by 11 publications

References 8 publications

Franklin Collinear Antenna 2 Levels Different Sides using Array Method 4 Stacking Units 360ᵒ with Integrated Reflector and Power Combiner for ADS-B S-Receiver Mode

Franklin Collinear Antenna 2 Levels Different Sides using Array Method 4 Stacking Units 360ᵒ with Integrated Reflector and Power Combiner for ADS-B S-Receiver Mode

Design and Realization of LNA Prototype Frequency 1090 Mhz for ADS-B on Nano Satellite

ADS-B Based Wind Speed Vector Inversion Algorithm

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