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Dream Catcher ME1310 Quick Start Manual

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ME1310 Antenna and Propagation (3D)
courseware
Ready-to-Teach Package for Antenna and Propagation
Quick Start Guide
revision 1.10
updated on the 9th August 2023

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Summary of Contents for Dream Catcher ME1310

  • Page 1: Me1310 Antenna And Propagation (3D) Courseware

    ME1310 Antenna and Propagation (3D) courseware Ready-to-Teach Package for Antenna and Propagation Quick Start Guide revision 1.10 updated on the 9th August 2023...
  • Page 2 WARNING: CHANGES OR MODIFICATIONS NOT EXPRESSLY APPROVED BY THE PARTY RESPONSIBLE FOR COMPLIANCE WITH THE EMC RULES COULD VOID THE USER'S AUTHORITY TO OPERATE THE PRODUCT. ME1310 Antenna and Propagation (3D) Quick Start Guide - 2/84...

  • Page 3: Table Of Contents

    Save the Plotted Data ....................39 3. Setup and Verification with Signal Generator ................... 41 3.1 The following steps demonstrate the setup of the ME1310 training kit together with an RF signal generator: ............................41 3.2 The following section demonstrates the verification procedure of the ME1310 test setup..45 3.3 RF Detector Testing ........................
  • Page 4 Full Descriptions of Keysight FieldFox SCPI command: ..............78 Appendix I: Adjust the 2 Axis Knob Fitting ..................79 Appendix J: Configuring/Re-Installing NI-VISA ..................80 Revision History ............................ 83 Contact Us ............................84 ME1310 Antenna and Propagation (3D) Quick Start Guide - 4/84...

  • Page 5: Dreamcatcher Courseware Customer Login Guide

    5. If you are a new customer, click Continue under the CREATE ACCOUNT section to create a new account. Fill in the New Account form and click SIGN UP to submit your registration. 6. After successfully logging in, your DASHBOARD page appears. ME1310 Antenna and Propagation (3D) Quick Start Guide - 5/84...
  • Page 6 Download the registered product's contents and materials. NOTE: Product downloads are made available only for registered products. Click REGISTER NEW PRODUCT to register your product first. 4. WARRANTY INFORMATION View your product's warranty expiry date. ME1310 Antenna and Propagation (3D) Quick Start Guide - 6/84...

  • Page 7: Software Installation Guide

    2. Please check if Microsoft Visual C++ 2013 Redistributable (x64) and Microsoft Visual C++ 2013 Redistributable (x86) are available on your PC; if not, please install Microsoft Visual C++ 2013 Redistributable (x64) and Microsoft Visual C++ 2013 Redistributable (x86). ME1310 Antenna and Propagation (3D) Quick Start Guide - 7/84...

  • Page 8: Setup And Verification With Me1310 Training Kit

    2. Setup and Verification with ME1310 Training Kit 2.1. Setup ME1310 COM Port Connection 2.1.1. Setting Up the Device Connections IMPORTANT • Excessive power levels from instruments can damage the training kit. Please adhere strictly to the power levels recommended in the instructions.

  • Page 9: Setting Up Com Port Number On Pc

    7. Under Ports (COM & LPT), right-click USB Serial Port (this will only appear if the FT232R USB UART Driver is successfully installed) and select Properties as shown below. ME1310 Antenna and Propagation (3D) Quick Start Guide - 9/84...
  • Page 10 Select the Port Settings tab and click Advanced… as shown below. 9. Select the desired COM Port Number as shown in the figure below (in this example, the COM7 port is selected). ME1310 Antenna and Propagation (3D) Quick Start Guide - 10/84...

  • Page 11: Verification And Test

    Figure – RadPat v4 Main Interface Click the button on the menu panel. The System Configuration dialog box should appear in the figure below. Figure – System Configuration Dialog Box ME1310 Antenna and Propagation (3D) Quick Start Guide - 11/84...
  • Page 12 Click Connect to establish a connection to the training kit. Please check the connection between the ME1310 RX unit and PC if the COM Port number does not appear. NOTE: If the COM port number does not appear and it fails to make the connection, do the following: a.
  • Page 13 6. Set the desired Step Size value to 10 Deg/Step; you could select minimum and maximum values as 1 degree and 30 degrees, respectively. 7. Click on the menu panel to let ME1310 perform Homing Rotation and run 360-degree rotation with 10Deg/Step. After 360-degree rotation, the ME1310 RX Unit will perform another Homing Rotation to return to its original position.

  • Page 14: Setup And Verification With Network Analyzer

    This setup procedure applies to setting up Keysight FieldFox and Vector Network Analyzer (VNA) with LAN interfaces. For USB instrument setup, go to Section 2.2.3b USB Device Setup.. If an RF signal generator is used with an ME1310 built-in RF detector, go to Section 3, Quick Setup and Verification with Signal Generator.

  • Page 15: Configuring The Network Analyzer (Keysight Fieldfox Rf Analyzer)

    Please refer to Section 2.2.2b if you use VNA (e.g., model: E5062A/E5061B ENA Network Analyzer) for setup and verification. 1. Power on the Keysight FieldFox and wait for system loading to complete. ME1310 Antenna and Propagation (3D) Quick Start Guide - 15/84...
  • Page 16 8. Press the Done soft key to exit. 9. Restart the Keysight Fieldfox. After restarting, return to the LAN settings and confirm that the Current IP Address and Subnet Mask match what you defined earlier. ME1310 Antenna and Propagation (3D) Quick Start Guide - 16/84...

  • Page 17: 2B. Configuring Vna (E5062A/E5061B Ena Network Analyzer)

    192.168.0.7. Do not use 192.168.0.2 as your IP address, as it will be used for your PC LAN configuration. Click OK to exit. ME1310 Antenna and Propagation (3D) Quick Start Guide - 17/84...

  • Page 18: Configuring Pc

    2. Right-click Local Area Connection or Ethernet in Windows 7/10 and select Properties. 3. Go to the Networking tab, select Internet Protocol Version 4 (TCP/IPv4), then click Properties as shown below. ME1310 Antenna and Propagation (3D) Quick Start Guide - 18/84...
  • Page 19 (By default, the IP address is 192.168.0.2 while the subnet mask is 255.255.255.0). It ensures the PC has the same network as the Keysight FieldFox/VNA. ME1310 Antenna and Propagation (3D) Quick Start Guide - 19/84...

  • Page 20: Tcp Network Setup

    2.2.3a TCP Network Setup On your PC Search Bar, type "NI MAX" and open it. ME1310 Antenna and Propagation (3D) Quick Start Guide - 20/84...
  • Page 21 After that, follow the instructions below to use NI-MAX to create a new network device for later use in RadPat software: 1. Click on "Network Devices" 2. Click on "Add Network Device" 3. Select "VISA TCP/IP Resource…" ME1310 Antenna and Propagation (3D) Quick Start Guide - 21/84...
  • Page 22 4. Select "Manual Entry of Raw Socket" 5. Click "Next" ME1310 Antenna and Propagation (3D) Quick Start Guide - 22/84...
  • Page 23 6. Input the IP address of the instrument (it should be 192.168.0.1 by default setting). 7. Input the port number, 5025 (Optional) Click on the "Validate" button to check if the port can be opened 8. Click "Next" Keysight ME1310 Antenna and Propagation (3D) Quick Start Guide - 23/84...
  • Page 24 9. Input the name of the device (this name will appear in the list of devices that can be connected) 10. Click "Next" ME1310 Antenna and Propagation (3D) Quick Start Guide - 24/84...
  • Page 25 11. Click "Finish" to create the device. ME1310 Antenna and Propagation (3D) Quick Start Guide - 25/84...
  • Page 26 12. A new Network Device should appear once completed. ME1310 Antenna and Propagation (3D) Quick Start Guide - 26/84...

  • Page 27: Usb Device Setup

    2. Click on the detected USB device, "USB0::…..". 3. Check that the status is "Present" and enter a name for the instrument for ease of identification on the RadPat GUI. ME1310 Antenna and Propagation (3D) Quick Start Guide - 27/84...

  • Page 28: Configuring The Radpat Software

    It is to ensure that the values sent to RadPat are in the correct format. Open the RadPat software. The main interface appears as shown below. Figure – RadPat v4 Main Interface ME1310 Antenna and Propagation (3D) Quick Start Guide - 28/84...
  • Page 29 Click the button on the menu panel. The System Configuration dialog box should appear as shown in the figure below. Figure – System Configuration Dialog Box ME1310 Antenna and Propagation (3D) Quick Start Guide - 29/84...
  • Page 30 10. Click Connect to establish a connection to the training kit. If the COM Port number does not appear, please check the connection between the ME1310 RX unit and the PC. NOTE: If the COM port number does not appear and it fails to make the connection, do the following: d.
  • Page 31 NOTE If you have a VNA, not our recommended instrument, you can create a custom SCPI command file to configure the RadPat software to work with your VNA. However, your ME1310 Antenna and Propagation (3D) Quick Start Guide - 31/84...
  • Page 32 12. Click Connect and Save & Exit after configuring all instrument settings. It will return the rotator to its home position and configure the Keysight FieldFox/VNA settings. Figure – System Configuration Dialog Box ME1310 Antenna and Propagation (3D) Quick Start Guide - 32/84...

  • Page 33: Quick Test The Setup

    (Stop Freq) to 930, and frequency of interest (Target Freq) to 915 MHz, as shown in the figure below. This is the frequency of the antenna-under-test (AUT). Set the Output Power (Output Pow) to 0 dBm. Then, click Configure. Figure – S11 Plot ME1310 Antenna and Propagation (3D) Quick Start Guide - 33/84...
  • Page 34 Figure – S11 Capture Add a marker to the captured plot. Refer to section 2.4 for more information. To save the plot, click Save. Refer to section 2.5 for more details. ME1310 Antenna and Propagation (3D) Quick Start Guide - 34/84...
  • Page 35 If the Plot Setting is set to Cartesian, the plot will be drawn on the Cartesian graph; otherwise, it will be drawn on the Polar graph. ME1310 Antenna and Propagation (3D) Quick Start Guide - 35/84...
  • Page 36 13. The marker panel allows you to trace the level of a received signal at different antenna positions. 14. The Ortho Plot can help plot the antenna-under-test's orthogonal graph. Horizontal and vertical plane files must be supplied in the dialog box in the figure below. ME1310 Antenna and Propagation (3D) Quick Start Guide - 36/84...
  • Page 37 Please wait for a few minutes for RadPat to plot the orthogonal graph. Figure 2 – Orthogonal Plot ME1310 Antenna and Propagation (3D) Quick Start Guide - 37/84...

  • Page 38: Adding Marker To Plot

    You can only use the marker with the Cartesian plot. The marker panel will be disabled when the Plot Setting is changed to the Polar option. However, the existing markers will be retained when the setting is changed back to Cartesian. ME1310 Antenna and Propagation (3D) Quick Start Guide - 38/84...

  • Page 39: Save The Plotted Data

    If you choose to save the data, another confirmation dialog box shows where the data has been saved. The confirmation dialog box is shown in the figure below. Figure – Confirmation Dialog Box with the Path to the Saved Plot Data ME1310 Antenna and Propagation (3D) Quick Start Guide - 39/84...
  • Page 40 3D radiation pattern plot - Date_Time_#nn_3DS21.csv 4. After selecting the file(s) to be opened, click the Open button. You can open a minimum and maximum of 1 and 5 files, respectively, at one time. ME1310 Antenna and Propagation (3D) Quick Start Guide - 40/84...

  • Page 41: Setup And Verification With Signal Generator

    3. Setup and Verification with Signal Generator 3.1 The following steps demonstrate the setup of the ME1310 training kit together with an RF signal generator: Step 1: Setting Up the Device Connections Step 2: Configuring the PC Connection Settings IMPORTANT ...
  • Page 42 You can orientate the two antennas in different directions, but ensure they are the same height. The distance between both antennas must be at least 0.5 m to perform the far-field measurement. ME1310 Antenna and Propagation (3D) Quick Start Guide - 42/84...
  • Page 43 7. Under Ports (COM & LPT), right-click USB Serial Port (this will only appear if the FT232R USB UART Driver is successfully installed), then select Properties. ME1310 Antenna and Propagation (3D) Quick Start Guide - 43/84...
  • Page 44 8. Select the Port Settings tab and click Advanced… as shown below. Select the desired COM Port Number as shown in the figure below (in this example, the COM7 port is selected). ME1310 Antenna and Propagation (3D) Quick Start Guide - 44/84...

  • Page 45: The Following Section Demonstrates The Verification Procedure Of The Me1310 Test Setup

    It is to ensure that the values sent to RadPat are in the correct format. 1. Open the RadPat v4 software. The main interface appears as shown below. Figure – RadPat v4 Main Interface ME1310 Antenna and Propagation (3D) Quick Start Guide - 45/84...
  • Page 46 Figure – System Configuration Dialog Box 3. Click Connect to establish a connection to the training kit. If a COM Port number does not appear, please check the connection between the ME1310 RX unit and the PC. Figure – System Configuration Dialog Box NOTE Starting from RadPat v4.20 onwards, there are two variants of the software.
  • Page 47 Click the Perform Calibration button to perform calibration if you have not calibrated the RF Detector. Refer to Appendix D for the RF Detector calibration. Figure – System Configuration Dialog Box ME1310 Antenna and Propagation (3D) Quick Start Guide - 47/84...
  • Page 48 4. Click the Save & Exit button. It will return the rotator to its home position. Figure – RF Detector Configuration ME1310 Antenna and Propagation (3D) Quick Start Guide - 48/84...

  • Page 49: Rf Detector Testing

    17. For a single measurement, select Scan to take readings of the received signal at a specific angle. The reading will be shown under the Measurement Reading section. ME1310 Antenna and Propagation (3D) Quick Start Guide - 49/84...
  • Page 50 The test has failed if there is no radiation pattern or the pattern is not similar to the one in the figure below. Figure – Radiation Pattern Plotted by the Keysight FieldFox/VNA ME1310 Antenna and Propagation (3D) Quick Start Guide - 50/84...
  • Page 51 23. To save the plot, click Save. Refer to section 3.5 for more information 24. The Ortho Plot can help you plot the antenna-under-test's orthogonal graph. Horizontal and vertical plane files must be supplied in the dialog box in the figure below. ME1310 Antenna and Propagation (3D) Quick Start Guide - 51/84...
  • Page 52 Please wait for a few minutes for RadPat to plot the orthogonal graph. Figure – Orthogonal Plot ME1310 Antenna and Propagation (3D) Quick Start Guide - 52/84...

  • Page 53: Adding Marker To Plot

    You can only use markers with the Cartesian plot. The marker panel will be disabled when the Plot Setting is changed to the Polar option. However, the existing markers will be retained when the setting is changed back to Cartesian. ME1310 Antenna and Propagation (3D) Quick Start Guide - 53/84...

  • Page 54: Save The Plotted Data

    If you choose to save the data, another confirmation dialog box shows where the data has been saved. The confirmation dialog box is shown in the figure below. Figure – Confirmation Dialog Box with the Path to the Saved Plot Data ME1310 Antenna and Propagation (3D) Quick Start Guide - 54/84...
  • Page 55 3D radiation pattern plot - Date_Time_#nn_3DS21.csv 4. After selecting the file(s) to be opened, click the Open button. You can open a minimum and maximum of 1 and 5 files, respectively, at one time. ME1310 Antenna and Propagation (3D) Quick Start Guide - 55/84...

  • Page 56: Support And Warranty

    Buyer's products and is in lieu of all other warranties, whether expressed, implied, or statutory, including implied warranties of merchantability of fitness. • For technical support and warranty, e-mail cw.support@dreamcatcher.asia ME1310 Antenna and Propagation (3D) Quick Start Guide - 56/84...

  • Page 57: Appendix A: Radpat V4 Software Menu

    Stop the rotator and plotting. Homing Menu Set the rotator to its home position (0 degrees) Forward Rotate the AUT forward with a step size. Backward Rotate the AUT backward with a step size. ME1310 Antenna and Propagation (3D) Quick Start Guide - 57/84...
  • Page 58 Use Built-in RF Detector Select Built-in RF Detector and RF signal generator as measurement instruments. Perform Calibration and Load Calibration file for Perform Calibration measurement. Browse Load saved calibration file for measurement. ME1310 Antenna and Propagation (3D) Quick Start Guide - 58/84...
  • Page 59 Scale Panel dB/div To set the dB/div of the Y-axis of the graph. Autoscale Automatically adjust the scale of the graph. Marker Panel To add markers to the plotted graph. ME1310 Antenna and Propagation (3D) Quick Start Guide - 59/84...

  • Page 60: Appendix B: Technical Specifications

    Appendix B: Technical Specifications ME1310 – Receiving Antenna Rotator Typical Unit Input voltage (5 V) Input current (5 V) 0.75 Rotation of the Rotator Typical Unit Variable step size degree/s PC-based controlled rotator degree Receiver Module Unit N9912A in VNA mode:...

  • Page 61: Appendix C: Tips On How To Calibrate The Keysight N9912A Fieldfox Rf Analyzer

    2. Set up the VNA with RF coaxial cables, as shown in Figure C1. Vector Network Analyzer Figure C1 – Setup for S11 & S22 calibration ME1310 Antenna and Propagation (3D) Quick Start Guide - 61/84...
  • Page 62 Connect Port 1 and Port 2, as shown in Figure C2, using the Unknown THRU (f-f) standard, and perform S21 calibration. g. Press any remaining OK or DONE buttons to complete SOLR calibration. Figure C2 – Setup for S21 calibration ME1310 Antenna and Propagation (3D) Quick Start Guide - 62/84...

  • Page 63: Appendix D: Tips On How To Calibrate The Rf Detector (If A Signal Generator Is Used As Source)

    Figure D1 – Calibration Setup 2. Click the button on the menu panel. The System Configuration dialog box should appear as shown in the figure below. Figure D2 – System Configuration Dialog Box ME1310 Antenna and Propagation (3D) Quick Start Guide - 63/84...
  • Page 64 3. Click Connect to establish a connection to the training kit. If a COM Port number does not appear, please check the connection between the ME1310 RX unit and the PC. Figure D3 – System Configuration Dialog Box 4. Under Instrument Setting, select Use Built-in RF Detector option. Then, click Perform Calibration button to perform calibration.
  • Page 65 8. Repeat steps 6 and 7 for the other power levels. Save the calibrated data after ALL the calibration points were calibrated. 9. Save the calibration file. 10. Ensure the calibration file is loaded before making any measurements on your RF detector. ME1310 Antenna and Propagation (3D) Quick Start Guide - 65/84...

  • Page 66: Appendix E: Tips On How To Import The Plotted Data Into Microsoft Excel

    5. The file should be opened, as shown in the figure below. You should save the opened CSV file as a Microsoft Excel file (with .xls or .xlsx extension) to use all features offered by Microsoft Excel. ME1310 Antenna and Propagation (3D) Quick Start Guide - 66/84...
  • Page 67 Figure E2 – CSV File Opened in Microsoft Excel ME1310 Antenna and Propagation (3D) Quick Start Guide - 67/84...

  • Page 68: Appendix F: Introduction To Antenna

    Appendix F: Introduction to Antenna Antenna Type and Polarization Monopole Antenna 915 MHz Dipole Antenna 915 MHz ME1310 Antenna and Propagation (3D) Quick Start Guide - 68/84...

  • Page 69: Dipole Antenna 2400 Mhz

    Dipole Antenna 2400 MHz Straight + Right Angle SMA Connector Microstrip Patch Antenna 2400 MHz Remove straight SMA Horizontal Polarization connector ME1310 Antenna and Propagation (3D) Quick Start Guide - 69/84...

  • Page 70: Dual Band Patch Antenna 915 Mhz 2400 Mhz

    Dual Band Patch Antenna 915 MHz 2400 MHz Horizontal Polarization Vertical Polarization Yagi Antenna 2400 MHz Horizontal Polarization Vertical Polarization ME1310 Antenna and Propagation (3D) Quick Start Guide - 70/84...

  • Page 71: Spiral Antenna 915 Mhz

    Spiral Antenna 915 MHz Vertical Polarization Horizontal Polarization Vertical Polarization ME1310 Antenna and Propagation (3D) Quick Start Guide - 71/84...

  • Page 72: Appendix G: Radpat Installer Variants

    Starting from RadPat v4.20 onwards, there will be two variants of software installers: a and b. RadPat v4.XXa – serial communication running at baud rate 57600 Please download this installer if you are using the ME1310 hardware kit with the serial number below ME1310RX/TX-0034.

  • Page 73: Appendix H: How To Create An Scpi Command File

    RadPat software, you can create a custom SCPI command file to configure the RadPat to work with your VNA. IMPORTANT Our technical support for VNAs that Dream Catcher does not recommend will be on a best-effort basis. Below are the guidelines for creating the custom SCPI command file.
  • Page 74 Set and query the source power level. Command FieldFox SCPI Command ZNB8 SCPI Command Descriptions Set Power Level SOURce:POWer SOURce:POWer <OutPowVariable> <OutPowVariable> Read Power Level SOURce:POWer? SOURce:POWer? Set S-Parameters measurement ME1310 Antenna and Propagation (3D) Quick Start Guide - 74/84...
  • Page 75 Read S11 Freq SENSe:FREQuency:DATA? CALC:DATA:STIM? Range S21 – Read the Y axis value of the specified marker Command FieldFox SCPI Command ZNB8 SCPI Command Descriptions Read Marker Y Value CALCulate:MARKer1:Y? CALCulate1:MARKer1:Y? ME1310 Antenna and Propagation (3D) Quick Start Guide - 75/84...
  • Page 76 Set Sweep Points: SENSe:SWEep:POINts 201 Read Sweep Points: SENSe:SWEep:POINts? Marker Settings: Activate Marker: CALCulate1:MARKer1 ON Set Marker X value: CALCulate1:MARKer1:X <FreqInterestVariable> Read Marker X value: CALCulate1:MARKer1:X? Set Source Power Level: ME1310 Antenna and Propagation (3D) Quick Start Guide - 76/84...
  • Page 77 Set to S11: CALCulate1:PARameter:MEASure 'Trc1', 'S11' Set to S21: CALCulate1:PARameter:MEASure 'Trc1', 'S21' Read S-parameters data range: Read S11 Amplitude range: CALCulate:DATA:CALL? SDATa Read S11 Freq Range: CALC:DATA:STIM? Read S21 data: Read Marker Y Value: CALCulate1:MARKer1:Y? ME1310 Antenna and Propagation (3D) Quick Start Guide - 77/84...

  • Page 78: Full Descriptions Of Keysight Fieldfox Scpi Command

    (Read-Write) Set and query the current measurement. CALCulate:DATA:SDATA? Query selected trace data. [:SENSe]:FREQuency:DATA? (Read-Write) Returns a comma-separated array of the current x-axis frequency values. The size of the array equals the number of data points. ME1310 Antenna and Propagation (3D) Quick Start Guide - 78/84...

  • Page 79: Appendix I: Adjust The 2

    3. Try to turn the knob and ensure that you don't feel too loose or tight that the knob cannot stop at 5 5-degree steps accurately or overshoots to 10-degree steps. ME1310 Antenna and Propagation (3D) Quick Start Guide - 79/84...

  • Page 80: Appendix J: Configuring/Re-Installing Ni-Visa

    ▪ 32-bit systems: C:\WINDOWS\system32 ▪ 64-bit systems: C:\WINDOWS\sysWOW64 2. Right-click on visa32.dll and select Properties. 3. Find the copyright information: ▪ On Windows Vista/7/8/10: Navigate to the Details tab: ME1310 Antenna and Propagation (3D) Quick Start Guide - 80/84...
  • Page 81 1. In MAX, expand the Software tab and navigate to your version of NI VISA. Select the VISA Options tab at the bottom of the window and then Conflict Manager. Under Preferred VISA, select National Instruments VISA. ME1310 Antenna and Propagation (3D) Quick Start Guide - 81/84...
  • Page 82 ▪ The primary and secondary VISA designations apply only to 32-bit implementations of VISA. Multiple 64-bit implementations of VISA can be installed on a system without encountering this problem. ME1310 Antenna and Propagation (3D) Quick Start Guide - 82/84...

  • Page 83: Revision History

    Add NI Max TCP Network Setup on Section 2 & 3 Revise USB UART Installation on Section 2 & Section 3 1.10 Update instructions for instrument control via USB connection ME1310 Antenna and Propagation (3D) Quick Start Guide - 83/84...

  • Page 84: Contact Us

    Microsoft and Windows are trademarks of Microsoft Corporation in the United States and/or other countries. All other copyrights and trademarks belong to their respective owners. © 2020 Acehub Vista Sdn. Bhd. ME1310 Antenna and Propagation (3D) Quick Start Guide - 84/84...

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