Keysight E6640A EXM Wireless Test Set

Transcription

1 Keysight E6640A EXM Wireless Test Set Add Option E6640AU-TRX (add M9430A module) Add Option E6640AU-TR4 (add M9431A module) Add Option E6640AU-TR2 (add M9432A module) Notice: This document contains references to Agilent. Please note that Agilent s Test and Measurement business has become Keysight Technologies. For more information, go to Installation Note

2 Notices Copyright Keysight Technologies, Inc. The information contained in this document is subject to change without notice. Keysight Technologies makes no warranty of any kind with regard to this material, including but not limited to, the implied warranties of merchantability and fitness for a particular purpose. Keysight Technologies shall not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishing, performance, or use of this material. Manual Part Number E Edition Edition 1, June 2015 Printed in USA/Malaysia Published by: Keysight Technologies, Inc Fountaingrove Parkway Santa Rosa, CA 95403

3 E6640AU-TRX/TR4/TR2 Module Add E6640AU-TRX/TR4/TR2 Module Add Products Affected: Serial Numbers: E6640A All Options: To Be Performed By: Estimated Installation Time: Estimated Verification Time: (X) Keysight Service Center (X) Personnel Qualified by Keysight ( ) Customer 1.0 Hours 5 Minutes STE 9000 software and test equipment is required for making adjustments and for performance verification testing. Information on how to obtain these calibration services can be found at: There is no calibration required. New TRX module additions are fully calibrated from the factory. Installation Note E

4 Introduction Introduction The following instructions will guide you through the process of adding and an additional M9430A TRX module into the E6640A main frame /chassis. Table of Contents: Tools Required Remove Face Plate Panel Remove New TRX Module Filler Plate from Dress Panel Remove Impact Cover Remove Module Slot Fillers Install the TRX Module and Cable Connections Install Impact Cover and Dress Panel Enable the New TRX Module (in the XSA configuration file) Enable the New TRX Module (by sending a SCPI command) Update the FPGA Code Back Up New TRX Module Calibration Data to Hard Drive Run Self-Test Manual Verify Tools Required T-10 TORX Driver T-20 TORX Driver #1 Phillip screwdriver Needle nose pliers Calibration Void if Broken sticker (PN: ) USB keyboard and mouse E6640AU-TRX, -TR4, or -TR2 kit Optional Cable removal tool (PN: ) 4 Installation Note E

5 Electrostatic discharge (ESD) can damage or destroy electronic components. All work on electronic assemblies should be performed at a static-safe workstation. Observe proper procedures for performing static-safe work. The E6640A instrument has and Impact cover and face plate panel which cover access to the TRX modules. The face plate panel and Impact cover frame needs to be removed to perform the module addition. The following steps are based on the E6640A being a 2 up system. Remove Face Plate Panel 1. Refer to Figure 1. Use the #1 Phillips screwdriver to loosen the 10 screws (1) on the edge of the face plate panel till they spin freely. Use the T-10 TORX driver to remove the 4 screws (2) in the middle of each TRX module. Then remove the 2 screws (3) on the Controller panel and the Reference panel. Remove the face plate panel. Figure 1 Face Plate Panel Screws Installation Note E

6 Remove New TRX Module Filler Plate from Dress Panel 2. When adding an additional TRX module the filler panel will need to be removed. Refer to Figure 2. Remove the 2 screws (1) that attach the filler panel (2) to the face plate. Figure 2 Remove Filler Plate from Dress Panel 6 Installation Note E

7 Remove Impact Cover 3. Tilt the main frame up in front by extending the front feet down. 4. Refer to Figure 3. After removing the face plate panel you will remove the 4 screws securing the Controller panel (1) and the 2 securing the Reference panel (2). These can be moved enough to allow the outer Impact cover to slide over them in the next step. Figure 3 Controller and Reference Screws Installation Note E

8 5. Refer to Figure 4. Remove the 4 screws (2) on each side of the Impact cover (1). This will disconnect it from the chassis frame. Slide the Impact cover away from the chassis and over the Controller and Reference panels which were disconnected in the previous step. The Controller panel cover panel and Reference panel do not need to be removed with the Impact cover. The Controller panel and the Reference panel may be tilted in and the Impact cover slipped around them. Removal of the Impact cover over the Controller panel requires you to move the Impact cover towards the controller. This will allow you to tilt the Controller sub-panel. See Figure 5. Figure 4 Impact Cover Screws 8 Installation Note E

9 Figure 5 Impact Cover Removal On first production units and later, the Controller panel is mounted on the inside of the Impact cover lip, so the tilting movement shown in the above picture will be unnecessary. Installation Note E

10 Remove Module Slot Fillers 6. Refer to Figure 6. To gain access to the 4 Air blockers/ slot fillers you must first remove the 4 Filler Plates from Slot 3 of the main frame. Remove the 2 screws (1) for each Filler Plate. This is where you will install your next TRX Module. Figure 6 Filler Plate Removal 7. Refer to Figure 7. Remove the 4 Air blockers / slot fillers. 10 Installation Note E

11 Figure 7 Air Blocker Removal Installation Note E

12 Install the TRX Module and Cable Connections Tilt the main frame up by extending the front feet down. This will make it easier to install the TRX module. 8. Refer to Figure 8. Connect the 100 MHz Reference cable of the new TRX to an open 100 MHz out port on the M9300A Reference module. If you have a 3 up system it may require the removal of TRX 3 to gain access for the connection of the 100 MHz Reference cable. See Figure 9. Figure 8 TRX 100 MHz Reference Cable 12 Installation Note E

13 Figure 9 Connecting the TRX 100 MHz Reference Cable Installation Note E

14 9. Refer to Figure 10. Slide the new TRX module (1) slowly into the open slot of the main frame. The connector side of the module is slightly heavier and will want to tilt down. Use care in aligning the TRX module to the mainframe backplane board. Do not force! If it feels like it is jamming or miss-aligned remove and re-align then slide back into the main frame. If you bend or break a pin on the main frame backplane board it will need to be sent to an Keysight service center. Figure 10 Slide TRX Module into Main Frame 14 Installation Note E

15 10.Refer to Figure 11. There are two black PXI tabs (1) on the bottom of the module that need to be pushed up to secure the module into the main frame. Use a #1 Phillips screwdriver to secure the TRX to the main frame rails by the tightening the screws (2) on the top and bottom of the module. Torque to 5 in-lb. Figure 11 Secure TRX Module into Main Frame Installation Note E

16 11.Refer to Figure 12. Apply the calibration sticker that is included in the kit to the area shown, covering the top middle TRX screw. Figure 12 Calibration Sticker Location 16 Installation Note E

17 Install Impact Cover and Dress Panel 12.Refer to Figure 13. Slide the Impact cover over the Controller and Reference panels. Align the Impact cover to the main frame and install the eight screws (Four on each side of the unit). Installation of the Impact cover over the Controller panel may require you to move the Impact cover to the side for better access and getting the Controller cover over the screw tabs. (This is not required on current production units, which have the controller subpanel mounted behind the impact cover tabs.) Figure 13 Impact Cover Installation Installation Note E

18 13.Refer to Figure 14. Use the T-10 TORX driver to install the screws that connect the Controller sub-panel (1) and Reference sub-panel (2) to the Impact cover. Torque all screws to 9inch-pounds. Figure 14 Controller Panel and Reference Panel Screws 18 Installation Note E

19 14.Refer to Figure 15. Install the Face plate over the TRX Modules. Install and finger tighten the 10 outer edge screws (1). Use the T-10 to install the screws (2 and 3) on the TRX module and the face plate. Torque all screws to 9 inch-pounds. Figure 15 Face Plate Panel Screws Installation Note E

20 Enable the New TRX Module (in the XSA configuration file) Enable the New TRX Module (in the XSA configuration file) The new TRX module will not be detected by the E6640A software until it is enabled. The TRX can be enabled in a configuration file (as described here) or by means of a command. (See Enable the New TRX Module (by sending a SCPI command) on page 21.) 1. Open a windows explorer window and go to: E: \Agilent\Instrument\ 2. Locate the XSAconfig.xml file, and edit the file entry for the TRX module number you just installed, changing "False" to "True". 3. Save the file and then shut down and restart the EXM instrument. The XSA configuration file is read by the instrument at power-up. 4. Update the FPGA code to ensure that the installed version of instrument software matches the FPGA code installed in the TRX module. 20 Installation Note E

21 Enable the New TRX Module (by sending a SCPI command) Enable the New TRX Module (by sending a SCPI command) The second method of enabling the new TRX is by means of a SCPI command use SCPI command: 1. Power up the E6640A instrument. It will launch an instance of the xsa software for the current TRX modules installed. 2. Establish a connection to the E6640A to send and receive SCPI commands. Example is Interactive IO: From your computer use the Keysight connection expert and open an interactive IO session. Select Connect and type in: TCPIP0::<IP Address>::5025::SOCKET Using Socket Ports Use sockets 5025, 5125, 5225, and 5325: TRX1, 5025: TCPIP0::<IP Address>::5025::SOCKET TRX2, 5125: TCPIP0::<IP Address>::5125::SOCKET TRX3, 5225: TCPIP0::<IP Address>::5225::SOCKET TRX4, 5325: TCPIP0::<IP Address>::5325::SOCKET Once you establish a connection you would send the following SCPI command. TRX3 is used in this example as the newly installed TRX module. SYSTEM:MODULE:ENABLE? TRX3 --- the response will let you know if the module is enabled or not retrieve TRX3 is enabled or not, return 1 or 0. To enable or disable the TRX module you would send one of the following SCPI commands: SYSTEM:MODULE:ENABLE TRX3, 1 --enable TRX3 SYSTEM:MODULE:ENABLE TRX3, 0 --disable TRX3 After enabling the TRX module, start the xsa application from the desk top. 3. After the xsa software application launches you should see an xsa application window for each TRX module installed. Installation Note E

22 Update the FPGA Code Update the FPGA Code Update the FPGA code to ensure that the installed version of Instrument software matches the FPGA code installed in the TRX module. You will only need to perform this step once when you add or replace a TRX module. To update the FPGA code, open a windows explorer window and navigate to: C:\Program Files\Agilent\SignalAnalysis\Physics. Locate the FPGA_prog file and double click with your mouse to run the update. A command prompt window will open, with two options; select 1 ("Synchronize FPGA code with instrument software"). Select 1 again to continue. You will see the Update FPGA status screen below. Once the FPGA update is done, you will need to power down and restart the E6640A system for the TRX module to perform correctly. 22 Installation Note E

23 Back Up New TRX Module Calibration Data to Hard Drive Back Up New TRX Module Calibration Data to Hard Drive 1. Back up the Calibration Data to an HDD. Connect to the TRX module so you can send SCPI commands. Example: use interactive IO and connect with the TRX: TCPIPO::<IP Address>::5025::SOCKET 2. Sent these to SCPI commands to back up the Source and Receiver calibration data for the newly installed TRX to the E: drive: SERV:CAL:STORE 6000 SERV:CAL:STORE 7000 Installation Note E

24 Run Self-Test Manual Verify Run Self-Test Manual Verify 1. Make sure that the following preliminaries (described in the preceding sections) have all been done: enable the TRX module, restart the E6640A, verify that the new module is detected in the Show System screen, run the FPGA update, synchronize FPGA code to the instrument software, and back up the calibration data of the new TRX module. 2. Check the new TRX module s functionality. Press the System, More 1 of 2, and Diagnostic button. Run the TRX module self-test by pressing the All button. The bottom of the screen will show the status of the test and when it has completed. You can view the test results in the Show sel f-test results screen. 24 Installation Note E

25 Run Self-Test Manual Verify Installation Note E

26 This information is subject to change without notice. Keysight Technologies, Inc Edition 1, June 2015 E