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EV10AS940-FMC-EVM GUI User Manual
ML2.0 - Limited release. Can be shared without NDA.
This document is not allowed for release into the public domain. Copyright Teledyne e2v.
If you require any support, please contact your local FAE, or send an email to our hotline at
GRE-HOTLINE-BDC@Teledyne.com
Teledyne e2v
ML2.0 - Limited release. Can be shared without NDA. This document is not allowed for release into the public
domain. Copyright Teledyne e2v.
EV10AS940-FMC-EVM GUI User Manual
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Related Manuals for Teledyne EV10AS940-FMC-EVM
Summary of Contents for Teledyne EV10AS940-FMC-EVM
- Page 1 ML2.0 - Limited release. Can be shared without NDA. This document is not allowed for release into the public domain. Copyright Teledyne e2v. If you require any support, please contact your local FAE, or send an email to our hotline at GRE-HOTLINE-BDC@Teledyne.com...
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Page 2: Table Of Contents
TROUBLESHOOTING ..............................28 Whilst Teledyne e2v Semiconductors SAS has taken care to ensure the accuracy of the information contained herein it accepts no responsibility for the consequences of any use thereof and also reserves the right to change the specification of goods without notice. -
Page 3: Revision History
EV10AS940-FMC-EVM GUI User Manual Revision History Issue Date Comments 0.9.0 October 2023 First version for selected customers 0.9.1 December 2023 Version for GUI 1.1.14 0.9.2 December 2023 Version for GUI 1.1.15 and layout 0.9.3 January 2024 Various updates 0.9.4 January 2024 Version for GUI 1.1.16... -
Page 4: Related Documentation
EV10AS940-FMC-EVM GUI User Manual Related Documentation Table 1: Related Documentation Document type Number & Issue Comments https://semiconductors.teledyneimaging.com/en/products/data- Preliminary datasheet DS 60S 221987(B) converters/ev10as940/ User Guide Hardware Digital features description Teledyne e2v ML2.0 - Limited release. Can be shared without NDA. This document is not allowed for release into the public Page 4 domain. -
Page 5: Purpose And Prerequisites
EV10AS940-FMC-EVM GUI User Manual Purpose and prerequisites The goal of this document is to describe the use of the GUI to control the EV10AS940-FMC-EVM: Additional information on the hardware can be found in the EV10AS940-FMC-EVM user manual. It is required to first install a few dependencies before starting the GUI: ▪... -
Page 6: Board Connection
EV10AS940-FMC-EVM GUI User Manual Board connection Once the hardware has been correctly set up and the GUI launched, the main GUI window will be displayed. The first step is then to establish the connection with the board trough the connect icon displayed below in the red square: Once the connection is performed, the icon turns green. -
Page 7: Clock Configuration
EV10AS940-FMC-EVM GUI User Manual Clock configuration On the left part of the DUT control window, it is possible to configure the clock, that can be either supplied by the on- board PLL (TI LMX2594) or from an external generator: Current limitation: the board cannot operate for a Fclock frequency in the 7.4 to 7.9 GHz range. This limitation will be removed in a future revision of the software. -
Page 8: Internal Clock (On Board Pll)
EV10AS940-FMC-EVM GUI User Manual Internal clock (on board PLL) In this configuration, the clock frequency can be selected amongst a list available in the “PLL_Frequency” control. In the GUI folder, a directory contains .txt files used to program the PLL for each available frequency. If other frequencies are required, please contact the Hotline to get new files. -
Page 9: Synchronize High Speed Serial Links (Hssl)
EV10AS940-FMC-EVM GUI User Manual Synchronize High Speed Serial Links (HSSL) Once the clock has been configured, the next step is to synchronize the HSSLs used to transfer the data. This procedure is performed via the same DUT control window. The recommended option to synchronize the HSSL is to click on the “Init sequence” button. It will perform consecutively the below steps (i.e., reset, sync clock and sync) :... -
Page 10: Calibration
EV10AS940-FMC-EVM GUI User Manual Calibration To modify the calibration settings, click on the “calibration” icon on the DUT control window: On this window, it is possible: ▪ To enable/disable Local Factory, Global Factory and Background calibrations, ▪ To modify the local and global coefficients values ▪... - Page 11 EV10AS940-FMC-EVM GUI User Manual To use the Local Factory calibration with coefficients from the Background calibration, click on the “Background to LC0” button : This button put the background coefficients of a core in the LC0 (Local Coefficient 0) of the same core (in the picture below, it is shown for the gain but it also applies to the offset) : Slight differences can happen between the values due to rounding effect.
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Page 12: Real Mode Acquisition
EV10AS940-FMC-EVM GUI User Manual Real mode acquisition Launch an acquisition To acquire the data in real mode and calculate its associated performances, click on the “acquisition” button on the main screen : Click on “Continuous” (perform acquisitions until you click again on the button) or “Single” (one acquisition only) buttons in order to see the samples (top left), the histogram (top right) and the spectrum (bottom) (if you choose continuous acquisition, click on “Stop”... -
Page 13: Export Data
EV10AS940-FMC-EVM GUI User Manual Export data Click on the “Export to Excel” button to export data in an Excel file : Three sheets are created: ▪ Samples (which contains the time in ns and the codes of the acquired data) ▪... - Page 14 EV10AS940-FMC-EVM GUI User Manual ▪ TILD (Total InterLeaving Distortion) (dBc) : power of the interleaving spurs, appearing from the individual core gain and offset mismatches. The spurs are located at Fc/n +-Fin frequencies, n being a power of 2 (up to 32) ▪...
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Page 15: Temperature Monitoring
EV10AS940-FMC-EVM GUI User Manual Temperature monitoring To monitor the temperature measured by the diode and by the internal sensor, click on the “Temp” button in the main screen: The temperatures measured by the diode and by the internal sensor are displayed (if the “Enable” checkbox is ticked for the sensor). -
Page 16: Complex Mode Configuration
EV10AS940-FMC-EVM GUI User Manual Complex mode configuration To configure and use the digital features, click on the DDC button on the DUT control window: DDC configuration On the top part of the window, the DDC configuration section allows setting the ADC in its various complex modes: •... -
Page 17: Nco/Pa Settings
EV10AS940-FMC-EVM GUI User Manual NCO/PA settings On the NCO/PA settings tab are represented all the possible NCO settings. Since the fast frequency hopping can use up to 8 settings for the 4 channels, 32 initial phase and frequency values can be configured: In the bottom part, a control can be used to set all the settings to a specific value (for the phase and/or the frequency). -
Page 18: Ios Commands
EV10AS940-FMC-EVM GUI User Manual 9.3.1 IOs commands To use the FFH, it is first required to activate the GPIO clock (either at 50 or 100 MHz). A LED turns green to validate that the clock has been successfully received by the FPGA. -
Page 19: Nco/Pa Settings In Use
EV10AS940-FMC-EVM GUI User Manual 9.3.2 NCO/PA Settings in use On the right are displayed the settings index and phase/frequency values currently in use for each channel, NCO settings in case of reset/continuous hops, PA settings for coherent hops. The settings can be modified directly on the control and the full list on the NCO/PA settings tab will then be updated. -
Page 20: Beamforming
EV10AS940-FMC-EVM GUI User Manual Beamforming The beamforming tab gives access to the corresponding delay and gain settings : The gain varies from 0 to 1.65 and there are two kinds of delays: the integer delays will add from 0 to 15 Tclock to a channel while the fractional delay is based on a farrow filter to add from -0.5 to 0.5 Tclock. -
Page 21: Iq Display And Acquisition
EV10AS940-FMC-EVM GUI User Manual The 140 ps delay corresponds to 1.792 clock period which can be expressed into 2 integer delays and -0.208 fractional delay. Consequently, those values must be set to the corresponding controls. In addition, the NCO initial phase has to be shifted to account for the fractional delay. - Page 22 EV10AS940-FMC-EVM GUI User Manual It is also possible to export the IQ data of all channels by pressing the “Export IQ data to Excel” button : Teledyne e2v ML2.0 - Limited release. Can be shared without NDA. This document is not allowed for release into the public Page 22 domain.
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Page 23: Debug Window
EV10AS940-FMC-EVM GUI User Manual 10 Debug window To read/write values in the different registers, click on the “Debug” icon in the main screen: First, select the device and enter the address of the register in hexadecimal format : If you want to read a register, click on the “Read” button and look at the value in the “Value” control. -
Page 24: Advanced Settings
EV10AS940-FMC-EVM GUI User Manual 11 Advanced settings Click on the “Advanced” button: Here you can modify the parameters of the TH and the SDA: ▪ CAPACAL 1, CAPACAL 2 and BOOST: to improve performances like SFDR at high Fin, especially above 20- 25 GHz ▪... -
Page 25: Quick Startup
EV10AS940-FMC-EVM GUI User Manual 12 Quick startup Here is a summary of the steps required to quicky perform an acquisition in real mode with the ADC configured in its optimal settings: • Connect the board : • Open the DUT control window : •... - Page 26 EV10AS940-FMC-EVM GUI User Manual Teledyne e2v ML2.0 - Limited release. Can be shared without NDA. This document is not allowed for release into the public Page 26 domain. Copyright Teledyne e2v.
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Page 27: Windows Overview
EV10AS940-FMC-EVM GUI User Manual 13 Windows overview Here is an overview of the different windows of the GUI with their description below: Teledyne e2v ML2.0 - Limited release. Can be shared without NDA. This document is not allowed for release into the public Page 27 domain. -
Page 28: Troubleshooting
EV10AS940-FMC-EVM GUI User Manual 14 Troubleshooting • Connection with the board not possible: Check the USB connection Press the µC reset button on the board Restart the GUI or disconnect/reconnect the board by clicking on the board icon in the main GUI window •... - Page 29 Teledyne e2v. To the maximum extent permitted by law, Teledyne e2v disclaims (i) any and all liability for any errors, inaccuracies or incompleteness contained in these Resources, or arising out of the application of or use of these Resources, and (ii) any and all express or implied warranties, including those of merchantability, fitness for a particular purpose or non- infringement of intellectual property rights.
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