Teledyne Everywhereyoulook T3RapidWave4000 Operator's Manual
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Teledyne Everywhereyoulook T3RapidWave4000 Operator's Manual

Teledyne Everywhereyoulook T3RapidWave4000 Operator's Manual

Production cable tester
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Operator's Manual
T3RapidWave4000
Production Cable Tester

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Summary of Contents for Teledyne Everywhereyoulook T3RapidWave4000

  • Page 1 Operator’s Manual T3RapidWave4000 Production Cable Tester...

  • Page 2: Table Of Contents

    T3RapidWave4000 Operator’s Manual SAFETY INSTRUCTIONS ................3 Symbols ......................3 Precautions ....................... 3 ESD Precautions ....................4 Cleaning ......................4 GENERAL INFORMATION ................5 T3RW4K-U (P ) ................6 RODUCTION ODULE T3RW4K-T (A ) ............7 DVANCED IGNAL NTEGRITY ODULE 4000 G ............
  • Page 3 PDATE T3RW4K ......................64 T3RW4K-U/T3RW4K-T ..................65 FPGA Image Update ..................68 USB T -C D ................70 RIVER NSTALLATION TELEDYNE TEST TOOLS ................72 ....................72 OMPANY ROFILE ..................72 OCATION AND ACILITIES (US H ) ..............73 ELEDYNE EADQUARTERS ) ............

  • Page 4: Safety Instructions

    T3RapidWave4000 Operator’s Manual Safety Instructions Symbols These symbols appear on the instrument or in documentation to alert you to important safety concerns: Caution of potential damage to instrument or Warning of potential bodily injury. Refer to manual. Do not proceed until the information is fully understood and conditions are met.

  • Page 5: Esd Precautions

    T3RapidWave4000 Operator’s Manual ESD Precautions Caution: The T3RapidWave4000 is sensitive to damage by Electrostatic Discharge. Always wear a grounding wrist strap and take standard ESD precautions when using the T3RapidWave4000. Caution: Interrupting the protective conductor inside or outside the instrument, or disconnecting the safety ground terminal, creates a hazardous situation.

  • Page 6: General Information

    • Compact and Portable • Ethernet Communication Simultaneous Connection to multiple modules • • Connection to Teledyne Manufacturing Cloud (TMC) Target Applications: • Consumer cable production (USB Type-C, HDMI, Lightning…) • QA, Labs, Pre-compliance, Research, and development Electrical Specifications: The typical power consumption for the main chassis is 6 W.

  • Page 7: T3Rw4K-U (Production Module)

    T3RapidWave4000 Operator’s Manual T3RW4K-U (Production Module) The T3RW4K-U consists of two parts: the processing system and the adapter card. The processing system consists of a fully featured 5-lane BERT to be used as a stimulus for all the high-speed differential pairs of the D.U.T. cable to make production measurements (re- quiring T3RW4K-U module only) or Advanced Signal Integrity measurements (requiring T3RW4K-U and 1 or 2 T3RW4K-T modules).

  • Page 8: T3Rw4K-T (Advanced Signal Integrity Module)

    T3RapidWave4000 Operator’s Manual Specs and Measurement Accuracy: Production Tester T3RW4K-U Specifications Performed Test Accuracy (Typical) +/- 10 milliohms or 2% whichever is higher +/- 5 milliohms or 10% DCR pins whichever is higher +/-50 milliohms or 2% or DCR Ra whichever is higher +/- 1 dB <...
  • Page 9 T3RapidWave4000 Operator’s Manual intra pair skew. The tests results are displayed on the T3RapidWave4000 graphical user interface. Key Features: High-value sampling scope optimized for high-speed data analysis • • Eye mask Insertion loss • • Cross talk Impedance profile • •...

  • Page 10: T3Rapidwave4000 Graphical User Interface

    (20% to 80%) Signal Rep Rate 10MHz Record Length 500K samples T3RapidWave4000 Graphical User Interface System Requirements: The Windows PC properties for Teledyne software must meet the following specifications: • Windows 10 minimum 4G RAM minimum • • Core i51 Ethernet •...

  • Page 11: Power Requirements

    T3RapidWave4000 Operator’s Manual Connectivity Ethernet Port 1 Ethernet 100/1000Base-T interface (RJ-45 connector) Type C USB2.0 Host PC Hardware Re- 4G RAM minimum, Core i5 quirements Host PC supported OS Windows 10 minimum Power Requirements Voltage 100-240VAC (+/-10%) at 50/60Hz (+/-5%) Power Consumption 30 –...
  • Page 12 T3RapidWave4000 Operator’s Manual Certifications Low voltage directive 2014/35/EU (EN 61010- CE-Safety Certification 1:2010+A1:2019, EN IEC 61010-2-030:2021) EMC Directive 2014/30/EU (EN 61326-1:2021, EN 61236- CE-EMC Certification 2-1:2021) CE-RoHS Certification RoHS2 Directive 2011/65/EU (EN 63000:2018) Installation: Launch the Setup Wizard. The default location of the application is in the following directory: “C:\Program Files\MultiLane SAL\T3RapidWave4000”.
  • Page 13 T3RapidWave4000 Operator’s Manual Once installed, the release notes will appear listing the new feature of the Software. Click “Next”:...
  • Page 14 T3RapidWave4000 Operator’s Manual Click “Finish”: Uninstallation: Go to the default Directory: “C:\Program Files\MultiLane SAL\T3RapidWave4000”or to the chosen installation directory. Run the Application “maintenancetool.exe”. Select “Remove all components” and click “Next”:...
  • Page 15 T3RapidWave4000 Operator’s Manual Click “Uninstall”: Click “Finish”:...
  • Page 16 T3RapidWave4000 Operator’s Manual Network Settings: Go to “Ethernet settings” and click on “Change adapter options”: Right click on “Ethernet” and click “Properties“:...
  • Page 17 T3RapidWave4000 Operator’s Manual Double click on “Internet Protocol Version 4 (TCP/IPv4)“: Adjust the ethernet setting of your PC to match the Cable tester ethernet settings. Set IP address in case of local direct connection to the PC to 172.16.254.254 else if connected to a network adjusted to the range 172.16..xxx.xxx .

  • Page 18: Connecting To Device

    Now, proceed to the “Connecting to device” section. Connecting to device Go to “T3RapidWave4000” desktop shortcut or to the Directory: “C:\Program Files\MultiLane SAL\T3RapidWave4000”. Run the Application “T3RapidWave4000.exe”. Login Page Enter your Teledyne credentials (Username and Password), if registered on TMC. Click “TMC Login”:...
  • Page 19 T3RapidWave4000 Operator’s Manual Else you can create an offline user for an “Offline Login“ by clicking on “ User Management“. “T3RW4K Users“ tab will open, Click “Add User“. Fill the needed information. Note that the “Default Password“ is equivalent to the “Username“. You will be asked to change password on the first login.
  • Page 20 T3RapidWave4000 Operator’s Manual In case you forget the password you can reset it by clicking on “Reset“ in the table above. Note that a created user can be deactivated then activated. Check “Remember me“ to avoid entering your credential on each time.

  • Page 21: Main Window

    “Profile”, “Measurements”, “Calibration”, “Auto test”, “Calibration” and “Report”. To connect to the T3RW4K, the chassis IP is required and the device should be registered on TMC by Teledyne customer service team otherwise an error message box will appear, unless you are logged in as Offline user.

  • Page 22: License Manager And The Account Manager

    T3RapidWave4000 Operator’s Manual icon is used in the advanced testing to test low speed lanes (D+/D- in USB Type-C and HEAC lanes in HDMI). When clicked, the Production module generates PRBS at a low speed. If any of the modules has a very High temperature a message appears on the slot to warn the user before the modules disconnect.

  • Page 23: The "Profile" Tab

    T3RapidWave4000 Operator’s Manual In the Advanced Settings tab: “Auto Sync” allows automatic sync with TMC. “Auto Retrieve License” allows automatic retrieval of credits indicated in “Credits to Retrieve”, when the minimum limit indicated in “Minimum Limit” is reached. To review the user info, logout and change password for offline login, you can go to the Ac- count Manager.
  • Page 24 T3RapidWave4000 Operator’s Manual Filtering profiles by adapter type is also possible by selecting “Filter by Adapter”. Once you choose a profile you can “Import”,” Export”, “Edit” or “Delete” it. Once you delete a custom profile, you will be deleting all the related reports. You can import or export only custom profiles to be able to share them between different PCs.

  • Page 25: Edit Profile Section

    T3RapidWave4000 Operator’s Manual Edit Profile Section The parameters of the tests available for the chosen profile can be modified, Therefore, a new name for the modified profile is suggested as the old name- new. However, the name and the description could be changed based on the user. Note that port type could not be modified, all the modification then would be done based on a USB or HDMI (the supported cable type) pin.
  • Page 26 T3RapidWave4000 Operator’s Manual Continuity Test: • The pins are divided into groups based on their connectivity in the chosen profile to edit. Therefore, to change the combinations, a group can be removed by clicking in “x” button and the pins of this group will be in the pool of pins under the “Add Group” button. Or by selecting a specific pin and clicking “Remove”, it will be removed from the group and keeping the group and the other pins as they are.
  • Page 27 T3RapidWave4000 Operator’s Manual In case of empty groups, a pop-up message will appear before saving the new profile. • Signal Integrity Test: The user should choose from the existing rates in Gbps based on the DSP chip used, a tooltip indicates all the available ranges.
  • Page 28 T3RapidWave4000 Operator’s Manual • Qcurrent Test: The inrush current time should be specified the initial inrush current and its duration as well as the steady state current and the total test time. Note that the initial current time could not be higher than the total time that could not exceed 2500 ms.
  • Page 29 T3RapidWave4000 Operator’s Manual Advanced Edit Profile: In addition to the name and description, the user should choose a high line rate for the highspeed lanes and a low line rate for the low-speed lanes of the cable. The line rates are in Gbps based on the DSP chip used, a tooltip indicates all the available ranges.
  • Page 30 T3RapidWave4000 Operator’s Manual Two masks are to be defined, one for the high-speed lanes and another for the low-speed lane. CTLE filter is enabled by default as well as the sweep. Therefore, during the measurement all the filters with different gain will be applied and the gain with the best feedback will be chosen to be reported.
  • Page 31 T3RapidWave4000 Operator’s Manual Crosstalk Test: • The user draws his pass/fail masks by selecting couple of points separated by “;” and each point is defined by the “frequency,loss”. The frequency is measured in Hz and the loss due to crosstalk in dB. Two masks are to be defined, one for the high-speed lanes and another for the low-speed lane.

  • Page 32: The "Report" Tab

    T3RapidWave4000 Operator’s Manual The “Report” tab Any report can be chosen from the list. It should be selected and then “View” should be clicked. Filtering reports can be done by choosing “Cable Type”, “Profile”, “Status”, and “Date” (“From” and “To”). Also, reports are filtered by searching for a specific string in an added comment through “Add Comment”...

  • Page 33: The "Cal" Tab In The Advanced Window Only

    T3RapidWave4000 Operator’s Manual Any report can be downloaded if selected by clicking “Download”. Note that you can select multiple reports simultaneously. Messages will popup showing the successful results of any of the above actions. The “CAL” tab in the advanced window only It allows performing Configuration and Calibration, and loading the Cal Kit as well: “Configuration”...

  • Page 34: The "Measurements" Tab Also In The Advanced Window Only

    T3RapidWave4000 Operator’s Manual The “Measurements” tab also in the advanced window only It allows to view the results of the measurements in real time, with a zoom in and out and markers on different values.

  • Page 35: The "Auto Test" Tab In The Production Tab Only

    T3RapidWave4000 Operator’s Manual The “Auto test” tab in the production tab only It is used to run the test for the same profile consecutively on the different modules, based on the detection of the cable insertion into the adapter of each module.

  • Page 36: Disable The Automatic "Cable Detection

    T3RapidWave4000 Operator’s Manual Disable the automatic “Cable Detection.” By default, before starting a measurement, the Cable Tester automatically detects whether the cable is connected. To turn off automatic cable detection, click the mouse on the symbol in the lower left corner of the application and a dialog box will open as shown in the following pictures.

  • Page 37: Calibration

    T3RapidWave4000 Operator’s Manual Calibration Production module calibration First, make sure the insertion loss and DCR tests are selected and checked. Click on the settings icon of the selected module, then “Cal Kit”, load the calibration kits, select whether you want to calibration the selected profile or all the profiles, then click “Calibrate”. Set Up: Insert the production module (T3RW4K-U) in the chassis.

  • Page 38: Advanced Modules Calibration

    T3RapidWave4000 Operator’s Manual Steps: Click on the settings icon of the selected module, click on “Cal Kit”, load the kit file, then click “Calibrate”: Advanced modules Calibration First, make sure the corresponding tests “Insertion loss”, “Cross Talk”, and “Impedance profile” are selected. In case you need to choose a previously saved calibration file, Click on “CAL”, then “Configuration”:...

  • Page 39: Advanced Insertion Loss

    T3RapidWave4000 Operator’s Manual Else, you need to prepare the calibration set up, Click on “CAL” then “Calibration”. Click on “Capture” and then “Save”. Advanced Insertion Loss Set Up: Insert the production module (T3RW4K-U) and an advanced module (T3RW4K-T) in the chassis. Insert the advanced adapter (T3RW4K-A01/T3RW4K-A04) in the inserted production module (T3RW4K-U).
  • Page 40 T3RapidWave4000 Operator’s Manual HS1 ------ S1_CH1: Channel 1 of the production module inserted is connected to channel 1 of the advanced module inserted in Slot 1 of the chassis. HS2 ------ S1_CH2: Channel 2 of the production module inserted is connected to channel 2 of the module inserted in Slot 1 of the chassis.

  • Page 41: Crosstalk

    T3RapidWave4000 Operator’s Manual Once you have the measurements equal to zero than your calibration is good. Hence, click on “Save”, then “Yes” to apply the calibration you just ran: Crosstalk Set Up: Insert the production module (T3RW4K-U) and an advanced module (T3RW4K-T) in the chassis.
  • Page 42 T3RapidWave4000 Operator’s Manual Terminate unconnected channels with 50-ohm termination. Steps: Choose any channel of the production module in the drop-down menu as follows, then a diagram will be presented to guide you through the process: Connect channel 1 of the production module inserted in Slot 4 (of the Chassis) to channel 1 of the module inserted in Slot 1.
  • Page 43 T3RapidWave4000 Operator’s Manual Click “Capture“: the result should be around 0 dB. Once the data is displayed, Click “ Next“. The diagram will be updated indicating the new connections to apply: Connect channel 1 of the production module inserted in Slot 4 (of the Chassis) to channel 2 of the module inserted in Slot 2.
  • Page 44 T3RapidWave4000 Operator’s Manual Connect channel 5 of the production module inserted in Slot 4 (of the Chassis) to channel 1 of the module inserted in Slot 2. HS4 ------ S2_ CH1 Terminate the unused channels with 50-ohm termination. After applying the new changes, Click “Capture“: Once the data is displayed, Click “...
  • Page 45 T3RapidWave4000 Operator’s Manual Once the data is displayed, Click “ Next“. The diagram will be updated indicating the new connection to apply: Connect channel 1 of the production module inserted in Slot 4 (of the Chassis) to channel 2 of the module inserted in Slot 1. HS1 ------ S1_CH2 Connect channel 2 of the production module inserted in Slot 4 (of the Chassis) to channel 1 of the module inserted in Slot 2.
  • Page 46 T3RapidWave4000 Operator’s Manual After all the steps are done, Click “Save“, a pop up message will appear, then click “Yes”: Note: The same steps are executed in case of one production and one advanced module but only with 2 channels. Therefore, multiple runs should be executed to cover the multiple channels of the production tester.

  • Page 47: Impedance Profile

    T3RapidWave4000 Operator’s Manual Impedance Profile Set Up: Insert the advanced module T3RW4K-T in the chassis. Connect any channel of the breakout channel on the advanced adapter (T3RW4K- A01/T3RW4K-A04) to the inserted advanced module T3RW4K-T. Steps: Click “CAL” then “Calibration”: You can choose any channel of the module inserted in Slot 4 in the drop-down menu. If multiple advanced modules are inserted, they will be represented in the block diagram:...
  • Page 48 T3RapidWave4000 Operator’s Manual Click “Capture”: Click on “Save”, then “Yes”.
  • Page 49 T3RapidWave4000 Operator’s Manual...

  • Page 50: Production Testing

    T3RapidWave4000 Operator’s Manual Production Testing Production testing of the cable with T3RW4K-U. Set Up: Insert the production module (T3RW4K-U) in the chassis. Insert the production adapter (T3RW4K-U01/T3RW4K-U04) in the inserted production module (T3RW4K-U). Insert the cable to be tested in the inserted production adapter (T3RW4K- U01/T3RW4K-U04): USB Type-C if T3RW4K-U01 is inserted, HDMI if T3RW4K-U04 is inserted.

  • Page 51: Measurements Production Module

    T3RapidWave4000 Operator’s Manual Measurements Production Module The tests that can be done in the Production Tab are: Continuity, DCR, DCR pins, Insertion Loss, SVID Protocol, E-Marker, and QCurrent. Continuity Test Result Each cable has a predefined through wire connection to join the pins of the cable plugs. The “Expected”...

  • Page 52: Insertion Loss Test Result

    T3RapidWave4000 Operator’s Manual Insertion Loss Test Result The channel being tested is shown: the pins on the TX and the RX side of the channel appear. To have a successful result, the measured insertion loss should be greater than the max that reflect the maximum insertion loss allowed.

  • Page 53: Qcurrent Test Result

    T3RapidWave4000 Operator’s Manual Based on the Discover Identity reply of the cable, Specific Vendor IDs (SVID) are listed and Enter Mode command is executed to verify them. QCurrent Test Result Quiescent is defined as a state or period of inactivity or dormancy. Quiescent current is the current drawn by a system in standby mode with light or no load.

  • Page 54: Measurements Advanced Signal Integrity Modules

    T3RapidWave4000 Operator’s Manual Measurements Advanced Signal Integrity Modules Advanced testing of the cable with T3RW4K-U, T3RW4K-T, T3RW4K-A01, and T3RW4K-A04. To be able to synchronize the signal received through T3RW4K-A01 or T3RW4K-A04 with the one generated and transmitted from T3RW4K-U, T3RW4K-T should be inserted in the slots next to T3RW4K-U in a clockwise order.

  • Page 55: Cross Talk

    T3RapidWave4000 Operator’s Manual This test is based on injecting a known and controlled waveform on one side of the cable and then sampling the output on the far side of the cable. Eye masks are required in order to generate a Success or Fail result. Eye Masks can include margins to compensate loss along the cable.
  • Page 56 T3RapidWave4000 Operator’s Manual In this process, a signal transmitted on one channel of a transmission system creates an undesired effect in another channel. Crosstalk is usually caused by undesired capacitive, inductive, or conductive coupling from one circuit or channel to another. Set Up: Insert the production module (T3RW4K-U) and an advanced module (T3RW4K-T) in the chassis.

  • Page 57: Impedance Profile

    T3RapidWave4000 Operator’s Manual Impedance Profile It is the sum of all the resistance and reactance components of an electrical signal path. An ideal transmission line must have a characteristic impedance that matches both the transmitter and receiver of the intended signal. TDR feeds a pulse onto the PCB trace/transmission line.

  • Page 58: Inter Pair Skew

    T3RapidWave4000 Operator’s Manual Inter Pair Skew Inter-pair skew is used to describe the difference between the lengths of a differential pair from another differential pair of the same group. Set Up: Insert the advanced module T3RW4K-T in the chassis. Connect any channel on the advanced adapter (T3RW4K-A01/T3RW4K-A04) to the inserted advanced module T3RW4K-T.
  • Page 59 T3RapidWave4000 Operator’s Manual...

  • Page 60: Certifications

    T3RapidWave4000 Operator’s Manual Certifications Teledyne LeCroy certifies compliance to the following standards as of the time of publication. See the EC Declaration of Conformity document shipped with your product for the current certifications. EMC Compliance EC Declaration of Conformity- EMC The instrument meets the intent of EC Directive 2014/30/EU for Electromagnetic Compatibility.

  • Page 61: Environmental Compliance

    3. Pollution Degree 2, use in operating environment where normally only dry, non-con- ductive pollution occurs. Temporary conductivity caused by condensation should be expected. European Contact: * Teledyne GmbH, European Division Im Breitspiel 11c D-69126 Heidelberg Germany Tel: + 49 6221 82700...

  • Page 62: T3Rw4K-U01 Cases (Type-C Production Adapter)

    T3RapidWave4000 Operator’s Manual Appendix I T3RW4K-U01 Cases (Type-C Production Adapter) In Case plug 1 (Source/Transmitter) is inserted in Normal way in the right-side receptacle of the adapter and plug 2 (Sink/Receiver) is inserted in Normal way in the left-side receptacle of the adapter: (CC of male plug connected to CC1 pin of female receptacle 1) &&...

  • Page 63: T3Rw4K-A01 Cases (Type-C Advanced Adapter)

    T3RapidWave4000 Operator’s Manual Connector 1 Pin Cable Signal Name Connector 2 Pin TX1-RX2 SSTX1 RX1-TX2 SSRX1 DPDN DPDN DPDN RX2-TX1 SSRX2 TX2-RX1 SSTX2 T3RW4K-A01 Cases (Type-C Advanced Adapter): In Case plug 1 (Source/Transmitter) is inserted in Normal way in the right-side receptacle of the adapter and plug 2 (Sink/Receiver) is inserted in Normal way in the left-side receptacle of the adapter: (CC of male plug connected to CC1 pin of female receptacle 1) &&...

  • Page 64: T3Rw4K-U04 (Hdmi Production Adapter)

    T3RapidWave4000 Operator’s Manual Note: Plug 1 (Source/Transmitter) inserted in Flipped way in the right-side receptacle of the adapter and plug 2 (Sink/Receiver) inserted in Normal way in the left-side Or plug 1 (Source/Transmitter) inserted in Normal way in the right-side receptacle of the adapter and plug 2 (Sink/Receiver) inserted in Flipped way is NOT SUPPORTED.

  • Page 65: Firmware Update

    T3RapidWave4000 Operator’s Manual Appendix II Firmware Update T3RW4K • a) Connect Chassis to Computer using direct connection thru Ethernet. A direct connection to computer using USB is also required. A message will appear stating that the backplane is not compatible and suggesting updating FW to be able to connect and continue.

  • Page 66: T3Rw4K-U/T3Rw4K-T

    T3RapidWave4000 Operator’s Manual • d) T3RW4K Chassis firmware update is finished. T3RW4K-U/T3RW4K-T a) Insert the T3RW4K-U or T3RW4K-T module into slot 1 of the chassis and click the • button to display the following figure. • b) Click on update firmware (in red) and the following wizard will appear...
  • Page 67 T3RapidWave4000 Operator’s Manual • c) Connect the chassis to the PC with a Type-C connection cable before starting the upgrade process and click next. The following wizard will appear. • d) At the end of the Firmware release update the following wizard will appear. Click finish and reboot the chassis.
  • Page 68 T3RapidWave4000 Operator’s Manual e) After rebooting the chassis, click the button to display the following figure. • The firmware revision is now updated.

  • Page 69: Fpga Image Update

    T3RapidWave4000 Operator’s Manual FPGA Image Update • a) An incompatibility message will be shown when clicking the button when a module has an incompatible FPGA image with the GUI version. “Click to update FPGA” button will appear. See image below. b) “Click to update FPGA”...
  • Page 70 T3RapidWave4000 Operator’s Manual c) When FPGA update is complete the below message will appear. Reboot twice • the chassis.

  • Page 71: Usb Type-C Driver Installation

    T3RapidWave4000 Operator’s Manual d) After rebooting twice, the chassis, click the button to display the following • figure. The FPGA Revision is now up to date. USB Type-C Driver Installation Open installer (found in the installation package). Click “Options”. Click “List All Devices”. Select “Edit”:...
  • Page 72 T3RapidWave4000 Operator’s Manual Choose “WinUSB (v6.1.7600.16385)”. Click “Replace Driver”. Click “Yes”: To check if the driver were successfully installed, go to Device Manager. Under Universal Serial Bus devices should CT7100 be enlisted.

  • Page 73: Teledyne Test Tools

    Teledyne Test Tools Company Profile Teledyne LeCroy is a leading provider of oscilloscopes, protocol analyzers and related test and measurement solutions that enable companies across a wide range of industries to design and test electronic devices of all types. Since our founding in 1964, we have focused on creating products that improve productivity by helping engineers resolve design issues faster and more effectively.

  • Page 74: Teledyne Lecroy (Us Headquarters)

    Phone Support: 1-800-553-2769 E-Mail Sales: contact.corp@teledynelecroy.com E-Mail-Support: support@teledynelecroy.com Website: http://teledynelecroy.com/ Teledyne LeCroy (European Headquarters) Teledyne GmbH Im Breitspiel 11c D-69126 Heidelberg, Germany Phone: +49 6221 82700 Fax: +49 6221 834655 Phone Service: +49 6221 8270 85 Phone Support: +49 6221 8270 28 E-Mail Sales: contact.gmbh@teledynelecroy.com Email Service:...

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