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Table of Contents
Summary of Contents for Bullion microADSB
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Page 1: User Manual
USER MANUAL microADSB-WiFi receiver v.2 =BULLION= March, 2015... -
Page 2: Table Of Contents
Table of Contents About microADSB-WiFi receiver ..................3 0 What is new in v.2 of microADSB-WiFi................ 3 0.1 Features & Benefits of WIZFi 250:................ 4 1 Terms Of Use: ........................4 2 Intro ductio n........................4 3 Antenna 1090MHz ......................5 4 Implemented miniadsb receiver ................. -
Page 3: About Microadsb-Wifi Receiver
0 What is new in v.2 of microADSB-WiFi MicroADSB-WiFi BULLION v.2 is a the latest model of the well known generation products of ANTENI.NET Ltd. It is a wireless embedded device. The WIZFi 250 module is used to provide ADS-B interface for... -
Page 4: Features & Benefits Of Wizfi 250
New options of hardware reset are added. The device can be easily integrated in existing wireless network or used as a peer-to-peer connected device. New metal box with very good seal (IP65) with t hrough holes for mounting. -
Page 5: Antenna 1090Mhz
3. Decoder 4. TCP/IP interface and Wi-Fi 5.PC-software Fig.1 ADS-B re ceiv er 1. The antenna has to receive the 1090 MHz radiation and to convert it into an electric UHF-signal. 2. The receiver select s, amplifies and demodulates the received signals, and generates an analog si gnal. -
Page 6: Adsbpic-Decoder
5 adsbPIC-Decoder The decoder converts the analog signal (from the receiver) into a digital si gnal, detects the ADS-B-frames in the signal, and sends them to the PC. Fig.2 Decoder block d ia gra m heart piece ads bPIC-decoder PIC18F2550 microcont roller. -
Page 7: Tcp/Ip And Wifi Module
The receiver works in USB mode (no data via WiFi). With USB cable connected to the 4 pin connector (shown on schemat ics in Chapter 13) the receiver works just as microADSB-USB receiver. In this mode the firmware of the receiver can be updated. -
Page 8: Configuration
The WizFi250 is a small size wireless module. The WizFi250 provides for the highest-level integration, featuring 802.11b/g and 802.11n. It includes a 2.4 GHz WLAN CMOS power amplifier (PA) that meets the output power requirements of most handheld systems. Along with the integrated power amplifier, the WizFi250 also includes integrated transmit and receive baluns, further reducing the overall solution cost. -
Page 9: Buttons Description
Fig.4 LED indicators & Buttons 9.1 Buttons Description: RES WizFi250 Through this button, user can restart WizFi250 module. Reset Through the function button, user can enter specific mode without AT commands: Factory Recovery : When doing Boot or Reset, press the button for over 3.5 seconds FUNCT - function ... -
Page 10: Web Parameters Configuration
9.3 Web parameters configuration If the computer or the mobile device (tablet, phone, etc) supports WIFI , you can use the web interface to do the configuration: 1. Press the "Function Button" one time in order to run AP mode and launch the web server. - Page 11 Fig.6 Login pa ge Fig.7 WizFi250 configuration home page...
- Page 12 Set AP Mode: If you want to use AP Mode and TCP Server, you can select parameter as shown on picture. If you want to use TCP Server or UDP Server, you don't need to input <Remote IP> and <Remote Port>. Fig.8 Wireless mode set-up If WizFi250 was set successfully, you will see the success message as below.
- Page 13 Fig.10 Wrong Setting Result On the next page users can set AP information like SSID, Security and Security Key value as below Fig.11 Setting AP values If it finishes successfully, the use r w ill see the message as below.
- Page 14 Fig.12 Success Setting AP values To receive the data is necessary to set the network to the client computer: Fig.13 Client PC Settings...
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Page 15: Installation
10 Installation Mechanical installation 10.1 The dimensions of the mechanical housing of the receiver are given to you on the figure below: Fig.14 Dimensions... - Page 16 Way of reassembling the receiver antennas is shown in the following figure: Mounting the antenna high and open space improves reception. Fig.15 Assembling...
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Page 17: Pc-Software
At the receiver is mounted N-connector to connect the ADS-B antenna. Connecting to WiFi antenna is through SMArp connector. The microADSB-WiFi receiver v.2 has 2m long cable with 2,1mm plug at the end for 7-9 VDC power supply (adapter is not included in the set). -
Page 18: Start The Software
11.1.2 Start the Software To start the software first copy the content of the resource CD/DVD to your HDD or Flash-Drive. Then double-click the executable file: CD\adsb_Scope\pc_software\adsbscope\27\adsbscope27_256.exe AdsbScope will open its program window centered monitor, check subdirect ories and load some data files. If a default program state was saved, then this will be loaded, and adsbScope will use the saved coordinates, zoom-value, window size and open street map background pict ure. -
Page 19: Conect Adsbscope To Receiver "Bullion
Behind t his value is shown (in parenthesis) the average number of frames received from one aircraft per minute. 11.1.3 Conect ADSBScope to receiver “BULLION” The software can distribute decoded data and received raw data via network/internet. The default network settings can be changed via the Network window. - Page 20 Fig.19: Ne twork setting Screen Fig.20 Network setup...
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Page 21: Raw Data Client
Network - RAW-data client active or by a click on the grey RAW- data Client button right of the server buttons. If you want ro receive raw data from the microADSB-WiFi v2 the values from Fig.20 has to be inputed. - Page 22 Fig.21: Login Sc reen Fig.22: Login Sc reen Select ther Mode-S receiver the AVR receiver and Setup TCP client.
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Page 23: Glossary
Fig.23: Login Sc reen Enter the IP address and port of the receiver. Act ivate the processing of the software with a click on the button with the green circle. 12 Glossary ADS-B Automatic dependent surveillance-broadcast. This is a cooperative surveillance technique for air traffic control. ADS-B-equipped aircraft determines its own position and... - Page 24 kilometers per hour. Nautical miles (NM) is the common unit to measure distances in aeronautic and shipping. One NM is equal to 1.8 kilometers. One nautical mile is the lengt h of one longitude-minute at the equator. Consequently the circumference of the earth is 21600 NM (360 x 60).
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Page 25: Schemes
13 Schemes...
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