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User Manual for
RF Test System (v2.10 GA)
Issue 3.0 – 14th September 2022
Teledyne LeCroy Customer Support
Periodically check the Teledyne LeCroy Protocol Solutions web site for software updates
and other support related to this product.
Web:
: http://www.fte.com/products/default.aspx
Email:
: Frontline_OnlineSales@Teledyne.com
Support:
: Frontline_Techsupport@Teledyne.com
Frontline
FRVS Bluetooth
Document Reference
Page 1 of 28
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Related Manuals for Teledyne Lecroy TLF3000
Summary of Contents for Teledyne Lecroy TLF3000
- Page 1 RF Test System (v2.10 GA) Document Reference Issue 3.0 – 14th September 2022 Teledyne LeCroy Customer Support Periodically check the Teledyne LeCroy Protocol Solutions web site for software updates and other support related to this product. Web: : http://www.fte.com/products/default.aspx Email: : Frontline_OnlineSales@Teledyne.com...
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Page 2: Table Of Contents
OGGING TEST SUITE CONFIGURATION ....................7 ..........................7 ICENSE ......................7 PDATING ICENSE CONNECT TO TLF3000 ......................... 8 DUT CONFIGURATION – BLUETOOTH BR/EDR ................ 9 ..........................9 ONNECTION ..........................9 ROPERTIES ..........................9 DUT CONFIGURATION – BLUETOOTH LE ................11 .......................... - Page 3 12.2 ........................18 ROJECT FOLDER APPENDIX A SGS100A SET UP ....................20 APPENDIX B CALIBRATION GUIDELINES .................. 21 APPENDIX C MEASUREMENT UNCERTAINTY ................25 APPENDIX D ACCURACY ......................26 Page 3 of 28...
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Page 4: System
CW blocking tests up to 12.75GHz. An external clock (10MHz, -10 to +20dBm) may be attached to the EXT CLK IN port for higher accuracy. This must be done before the TLF3000 is powered up to be recognised and used. -
Page 5: Software Overview
A list of possible tests based on the DUT’s supported features. Tests can be selected and run and the verdicts and test duration is displayed. 2.3 Configuration Used to configure the TLF3000, signal generator and the DUT parameters. Page 5 of 28... -
Page 6: Logging
2.4 Logging The FRVS software allows the viewing of logs, a Result Tree to navigate through the results and a Result view to enable a detailed view of each test. Page 6 of 28... -
Page 7: Test Suite Configuration
3 Test Suite Configuration The FRVS can be configured to run tests for Bluetooth BR/EDR and Bluetooth LE. 3.1 License Key The license key is provided on a USB dongle which must be installed on the PC that is running the FRVS software. -
Page 8: Connect To Tlf3000
4 Connect to TLF3000 As multiple TLF3000 devices may be available, the TLF3000 for the FRVS can be selected from the TLF3000 Connection Properties in the Configuration Panel This can be used to Search, Select and Restart the TLF3000. Page 8 of 28... -
Page 9: Dut Configuration - Bluetooth Br/Edr
NOTE: Loopback mode is “Forced Loopback” which ensures that only loopback is used with TLF3000, and RF/TRM/CA/BV-12-C (EDR Differential Phase Encoding) does not allow loopback. If TX is used, the TLF3000 will attempt both Loopback and TX test modes... - Page 10 Page 10 of 28...
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Page 11: Dut Configuration - Bluetooth Le
6 DUT Configuration – Bluetooth LE Configuring software for DUT connection and parameters from ICS/IXIT to enable test selection. 6.1 Connection Enter connection properties: NOTE: When using virtual COM ports, the port list will only show ports that begin with “COM”. 6.2 Properties Enter DUT features (DUT properties will be verified at the start of each test and if incompatible the test will not run):... -
Page 12: Other Configurations
7 Other Configurations 7.1 Saving/Loading DUT Config 7.2 Save Prompts to create file containing entered DUT connection and feature parameters. 7.3 Load Prompts to select previously saved file containing DUT connection and feature parameters. These will overwrite any values currently in UI. 7.4 Environment Record environment parameters for reporting –... -
Page 13: Compensation
The Test System provides a means to compensate for the RF path to the DUT. a) From the Cable Loss Properties, click Compensate button b) Replace TLF3000 with the 50ohm termination and replace the DUT with TLF3000 as per the dialog window and click Run button: c) When completed, the measured loss will be displayed. -
Page 14: Custom Cable Calibration Setup
d) After saving, return the Test System to its original set up as shown in the dialog window: 8.2 Custom Cable Calibration Setup The Test System allows for additional loss compensation if custom cable is used. CSV file with format as follows: The frequency is in MHz and loss in dB. -
Page 15: Test Selection
9 Test Selection Tests available to run will be enabled/disabled depending on features declared: They can then be selected as desired and will be run in the order displayed. The Transmitter tests are in red and the Receiver tests in blue. Page 15 of 28... -
Page 16: Logging And Result View
10 Logging and Result view The FRVS software allows the viewing of logs, a Result Tree to navigate through the results and a Result view to enable a detailed view of each test. Page 16 of 28... -
Page 17: Testing
11 Testing Running/aborting selected tests, with display of status and verdicts. 11.1 Start After selecting tests, pressing “Start Testing” will cause these to be run: The current running test has an estimated remaining time: Results are shown when a test completes, along with elapsed time: 11.2 Abort Press “Abort Testing”... -
Page 18: Reporting
12 Reporting Results can be exported into PDF format for breakdown of parameterized results and transmission. 12.1 Report Generation When results exist and tests are not running, report can be generated. Selecting this option prompts user for location and filename for output PDF: Result summary: Individual test results: NOTE: When generating a report, the parametric results where applicable are saved as .csv files in... - Page 19 Page 19 of 28...
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Page 20: Appendix Asgs100A Set Up
The FRVS uses the RF 50Ω output on the rear of the instrument. The SGS100A is used for Blocking Tests. For LE, select TLF3000 (limited to 6GHz) as the Signal Generator instead of SGS100A to run confidence checks to 6GHz. -
Page 21: Appendix Bcalibration Guidelines
This section is provided as a guideline only. To perform calibration of the system, use the TLF3000 GUI. The Signal Generator is used to calibrate the transmitter and the Signal Analyzer used for receiver calibration. - Page 22 2406 MHz -67dBm 2440 MHz -64dBm 2440 MHz -30dBm 2480 MHz -10dBm Wanted 2M 2402 MHz -70dBm 2406 MHz -67dBm 2440 MHz -64dBm 2440 MHz -30dBm Interferer 1M 2400 MHz -40dBm 2440 MHz -50dBm 2440 MHz -82dBm 2440 MHz -88dBm 2483 MHz -40dBm Interferer 2M 2400 MHz -40dBm...
- Page 23 B.2 Receiver B.2.1 Carrier Frequency Set the vector generator to transmit a reference Bluetooth signal in each channel and measure on the TLF3000. Test: each channel Limit: ± 5kHz B.2.2 Power Measurement – LE Set the vector generator to generate a modulated LE signal...
- Page 24 0, 19, 97, -25, -100 kHz Limit: ± 2kHz B.2.7 CW Interferer Set the TLF3000 CW interferer to output at the required frequency and power levels. Test: -50dBm: 30 MHz, 100 MHz, 500 MHz, 1000 MHz, 2000 MHz -30dBm: 2500 MHz, 3000 MHz, 5000 MHz, 6000 MHz Limit: ±...
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Page 25: Appendix Cmeasurement Uncertainty
Appendix C Measurement Uncertainty For validation services, any calibration should be traceable to national standards and must follow your company’s quality and calibration procedures. This section is provided as a guideline only. C.1 FRVS Parameter Scope Uncertainty Absolute Radio Frequency BR/EDR 1.5kHz Peak Frequency Deviation... -
Page 26: Appendix Daccuracy
Appendix D Accuracy For validation services, any calibration should be traceable to national standards and must follow your company’s quality and calibration procedures. This section is provided as a guideline only. D.1 TLF3000 D.1.1 Transmitter/Receiver Name Quantity Resolution Accuracy Output Power 0.01dBm... - Page 27 Name Quantity Resolution Accuracy EDR In-band spurious emissions -26dB 0.01dBm ±0.2dBm |M-N| = 2 0.01dBm ±0.2dBm |M-N| ≥ 3 0.01dBm ±0.5dBm Exceptions Exact Enhance power control Step sizes 0.01dB ±0.1dBm Min power 0.01dB ±1dBm Repeat pwr 0.01dB ±1dBm GFSK steps 0.01dB ±0.1dBm EDR guard time...
- Page 28 D.1.2 Dirty Transmitter Quantity Resolution Modulation index 0.01 Carrier frequency offset 1kHz Carrier frequency drift magnitude 1kHz Carrier frequency drift rate Symbol timing error 1ppm D.2 SGS100A –7 Frequency error < 1 × 10 1 MHz ≤ f ≤ 3 GHz Level error <...