3070 Board Test Systems System Installation Manual (MS Windows Version) June 2003
Contents System Installation Manual (MS Windows Version) E9970-90001 Rev. H 06/2003 1 MS Windows System Installation Procedure In this Chapter.............................................................................................................................. 1-1 Referenced Manuals .............................................................................................................. 1-1 Tools Required........................................................................................
Table of Contents Installing a Support Bay and Instrument Rack .......................................................................... 1-23 Introduction.......................................................................................................................... 1-23 Install the Testhead Module Umbilical Cable(s) (307X Only)............................................ 1-23 Install the GPIB Cables (307X Only) ..................................................................................
Table of Contents In Case of Difficulty .................................................................................................................. 1-42 Shipping Damage or Incorrect Shipment............................................................................. 1-42 Network, System Administration, or Test Server Help ....................................................... 1-42 Optional Agilent Performance Port Actuator Control System (ACS).................................
Table of Contents Codewords & Software License Keys ....................................................................................... 2-24 Introduction.......................................................................................................................... 2-24 Installing Codewords & Software License Keys ................................................................. 2-24 Verify Installed Codewords ...................................................................................
Table of Contents Vacuum Control......................................................................................................................... 2-41 Location of Vacuum Control Statements............................................................................. 2-41 Vacuum Control Specifics ................................................................................................... 2-41 Rotating the Testhead ................................................................................
1 MS Windows System Installation Procedure E9970-90001 Rev. H 06/2003 CAUTION system should only be installed by an Agilent ✸This 3070 service-trained customer engineer (CE). Testhead boot conflicts may occur if this system is on a network with 3070 UNIX controllers with IP addresses other than in the 10.3.112.XX series. See Configuring the System to a Network on page 1-22 for more information. In this Chapter...
Chapter 1: MS Windows System Installation Procedure: Tools Required Tools Required These tools are needed in addition to the tools supplied with the system shipment: ■ BNC-to-dual banana coaxial cable 11001-60001, for Diagnostics, ■ BNC(F)-to-BNC(F) (barrel) connector 1250-0080, for Diagnostics, ■ Pin Verification Fixture (PVF) for Diagnostics: • E3771B for one-module systems, • E4033B for one to four-module systems, • N4355A 2-Bank No-Wire Interface PVF (only required with No-Wire fixture,) © Agile
Chapter 1: MS Windows System Installation Procedure: Getting Started Getting Started Verify Site Preparation Complete Typically, the Agilent 3070 Site Preparation Manual (03066-90114) is delivered to the customer by an Agilent representative one month prior to system shipment. A copy can also be found included with the system shipment. From the site prep. manual: 1 View the customer's completed site preparation checklist.
Chapter 1: MS Windows System Installation Procedure: Getting Started • A probe cradle, • Certificates of calibration, • A Certificate of Hardware Address for the System Card, and • Configuration printouts. ■ The bag on the testhead cradle includes: • An Agilent 3070 Family Site Preparation Manual, (03066-90114) • Some tools, • A female quick-disconnect compressed air fitting, and • An Installation Kit 03066-69902 (it contains various tools and parts.
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Setting Up the KVM and Support Arms This section contains: ■ Introduction, 1-5 ■ Install the KVM and Support Arms, 1-5 ■ Adjust the Support Arm Tension, 1-15 Introduction The default location for the KVM (Keyboard, Video Monitor, Mouse) installation is on the right side of the testhead, when facing the testhead from the front.
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Table 1-2 Install the KVM and support arms Task Step 1 Remove the two shipping bolts. Do this so that the testhead can be rotated. Figure 1-1 on page 1-11 shows the location of the shipping bolts. 2 If the KVM will be installed on the left (non-default) side, follow the steps for this task. Otherwise, continue with Task 3.
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Table 1-2 Install the KVM and support arms (continued) Task 3 Install the support arms: Step CAUTION the support arm T-piece to the front of the system. Damage may ✸Install occur during testhead rotation if the support arm T-piece is positioned to the rear. a Open the pod door. b If present, pry the plastic square plug from the top of the mounting arm post.
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Table 1-2 Install the KVM and support arms (continued) Task Step 4 Install the keyboard tray: a Insert the keyboard support arm E9900-10248, in the hole in the support arm T-piece.
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Table 1-2 Install the KVM and support arms (continued) Task 6 Route the KVM cables: Step CAUTION the KVM cables are not routed with enough slack, they can be ✸Ifdamaged when the support arms are adjusted. Figure 1-4 on page 1-14 describes this further. NOTE The keyboard and mouse is shipped with long enough cables to accommodate installation on the left side.
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Table 1-2 Install the KVM and support arms (continued) Task Step 7 Connect the KVM cables: NOTE The USB connectors on (the left side of) the video monitor are not used. a Remove the cover from the rear of the video monitor, then connect the power and signal cables. b Replace the rear cover. c Connect the keyboard and mouse cables.
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Figure 1-1 Rear of testhead Strip printer cable coiled under testhead Bags of manuals and parts Shipping bolt and bracket on each side of testhead © Agilent Technologies 2001–2003 Agilent 3070 System Installation Manual (MS Windows Version) cable trough 1-11
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Figure 1-2 KVM and support arm detail for the right side of the testhead Support Arm Tension Adjustments (Top View) (1/4-inch hex) Riser under Monitor Arm Video Monitor (Flat Panel Display) Keyboard Arm on bottom Monitor Arm on top L Support Arm T- piece L S Right Pod Cables Troughs Short, Medium, Long M Keyboard Mouse M Keyboard Tray Tilt Adjustment Post Screw Holes Use top and bottom for 307X or 317X, mi
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Figure 1-3 KVM and support arm detail for the left side of the testhead Top View of Support Arm T-piece Video Monitor (Flat Panel Display) Monitor Arm (top and rear) Mouse Keyboard Arm (bottom and front) Riser under Monitor Arm Keyboard Cables Post Screw Holes Use top and bottom for 307X or 317X, middle and bottom for 327X.
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Figure 1-4 Allow enough slack when routing cables Leave slack here so cables are not damaged when support arm is adjusted.
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Adjust the Support Arm Tension There are two types of support arm tension adjustments: vertical and horizontal. Table 1-3 Use Table 1-3 on page 1-15 and Figure 1-5 on page 1-16 to adjust the support arm tension.
Chapter 1: MS Windows System Installation Procedure: Setting Up the KVM and Support Arms Figure 1-5 Adjust the support arms Arm Vertical Tension Adjustments (Top View) (1/4-inch hex) Video Monitor Keyboard Arm Horizontal Adjustments (3/32-inch hex) Mouse Keyboard Tray Tilt Adjustment (knob) Pod © Agilent Technologies 2001–2003 Agilent 3070 System Installation Manual (MS Windows Version) 1-16
Chapter 1: MS Windows System Installation Procedure: Setting Up the Strip Printer Setting Up the Strip Printer This section contains: ■ Install the Strip Printer Tray, 1-17 ■ Install the Strip Printer, 1-17 Install the Strip Printer Tray Unpack the strip printer tray and install it in the testhead column opposite the monitor and keyboard. A plastic cover may need to be pried out of the top of the column first.
Chapter 1: MS Windows System Installation Procedure: Preparing the Testhead Preparing the Testhead This section contains: ■ Install the Footswitch, 1-18 ■ Install the Probe and Probe Cradle, 1-19 ■ Install the Fixture Pull-Down Label -- Non-English Only, 1-19 ■ Attach the Site LAN Cable, 1-20 Figure 1-6 Location of the footswitch and leveling foot Install the Footswitch NOTE With software revision 3070 05.20p and later, the footswitch must be connected to the system.
Chapter 1: MS Windows System Installation Procedure: Preparing the Testhead Install the Probe and Probe Cradle Figure 1-7 Probe cradle (E9900-66400) The probe cradle (Figure 1-7) is located on the pod cover of the testhead as shipped from the factory. If the customer wants the probe in a different location, an extra strip of sticky-backed hook-and-loop fastener is provided with the system so you can re-locate the probe cradle.
Chapter 1: MS Windows System Installation Procedure: Preparing the Testhead Attach the Site LAN Cable Complete this instruction only if the system will be connected to a network. • Connect the RJ45 plug from the site Ethertwist LAN cable to the RJ45 coupler at the rear of the pod. NOTE An RJ45 coupler should be visible from the rear of the controller’s pod. It should not be necessary to remove the pod cover to attach the site LAN cable.
Chapter 1: MS Windows System Installation Procedure: Powering the PDU and Controller WARNING Powering the PDU and Controller This section contains: ■ Supply Power to the PDU, 1-21 ■ Switch on the Controller, 1-21 ■ Configuring the System to a Network, 1-22 ■ Logon as service3070 to Complete the Installation, 1-22 Supply Power to the PDU NOT open the PDU for any reason. ✸ DO Voltages capable of causing injury or death are present inside the PDU, even with the switches off.
Chapter 1: MS Windows System Installation Procedure: Powering the PDU and Controller NOTE If the MS Windows registration key is needed, it can be found on the testhead controller after removing the pod cover. Configuring the System to a Network This is usually done with the assistance of the site network administrator and the Agilent systems engineer (SE). Either: ■ Configure the network now OR ■ Close the configuration window(s), and configure the system to a network later.
Chapter 1: MS Windows System Installation Procedure: Installing a Support Bay and Instrument Rack Installing a Support Bay and Instrument Rack This section contains: ■ Introduction, 1-23 ■ Install the Testhead Module Umbilical Cable(s) (307X Only), 1-23 ■ Install the GPIB Cables (307X Only), 1-24 Introduction Complete instructions in this section if installing a support bay or instrument rack.
Chapter 1: MS Windows System Installation Procedure: Installing a Support Bay and Instrument Rack 3 Locate the two access plates on a testhead module door. 4 Use a T20 Torx driver to loosen the plate covering the smaller hole then turn the plate around to expose the hole. NOTE The smaller hole is for the umbilical cable; the larger hole is for the optional AccessPlus cables.
Chapter 1: MS Windows System Installation Procedure: Installing a Support Bay and Instrument Rack Figure 1-8 Cable the testhead to the support bay Module Door Locking Bracket Module 0 Module 1 Vacuum Manifold Module 2 Optional Support Bay Module 3 Module Umbilical Cables GPIB Cable Cable Clamp Panel Aux Aux Aux Aux Aux Aux 1 © Agilent Technologies 2001–2003 Agilent 3070 System Installation Manual (MS Windows Version) 0 Aux Aux 2 3 1-25
Chapter 1: MS Windows System Installation Procedure: Installing a Support Bay and Instrument Rack Figure 1-9 GPIB cables to an instrument rack, support bay, and controller.
Chapter 1: MS Windows System Installation Procedure: Setting-Up Other Hardware Setting-Up Other Hardware This section contains: ■ Install a Pay-Per-Use (PPU) Button Adapter, 1-27 ■ Setup the Testhead for Automation, 1-30 ■ Install AccessPlus Cables, 1-32 Install a Pay-Per-Use (PPU) Button Adapter If installing a PPU system, and the controller has been moved from its original location, reinstall the button hardware in the same pod as the controller: 1 Mount the Dual Button Holder (with cable) on the
Chapter 1: MS Windows System Installation Procedure: Setting-Up Other Hardware Figure 1-10 Pay-Per-Use button adapter hardware in the pod Dual Button Holder with cable 1252-8421 Pod door open Right Pod, cover removed PPU Button Adapter 0960-2134 To Com1 port of controller © Agilent Technologies 2001–2003 Agilent 3070 System Installation Manual (MS Windows Version) 1-28
Chapter 1: MS Windows System Installation Procedure: Setting-Up Other Hardware Installing and Removing Test Credit Buttons E3995A test credit button(s) are installed as shown in Figure 1-11. One 50k test credit button is included with the PPU system. It is packaged in a 3-inch by 1.5-inch box inside a plastic bag containing installation instructions. Test credit buttons may be inserted while the system is running. To insert a button, grasp it with the flange or labeled side up.
Chapter 1: MS Windows System Installation Procedure: Setting-Up Other Hardware Figure 1-12 PPU report Setup the Testhead for Automation If a piece of automation equipment is being installed on top of the testhead: 1 Shut down the testhead. 2 Rotate the testhead to the normal position, then install the shipping bolts to keep it from being rotated © Agilent Technologies 2001–2003 Agilent 3070 System Installation Manual (MS Windows Version) (see Figure 1-1 on page 1-11 for shipping bolt locations).
Chapter 1: MS Windows System Installation Procedure: Setting-Up Other Hardware 4 Use a 5-millimeter hex key wrench to remove the safety shroud from around the testhead’s pin field. 5 After installing the automation equipment on the testhead, reach under the testhead and disconnect the plug from the Auxiliary connector (J3) on the System Card (Figure 1-13). Figure 1-13 Connecting the EMO cable WARNING NOT operate the system without an EMO ✸ DO switch properly wired and accessible to the operator.
Chapter 1: MS Windows System Installation Procedure: Setting-Up Other Hardware Figure 1-14 ASRU card connections (rear view) ) Supplies 1-4 Supplies 5-6 Functional Ports 03066-66532 ASRU Card White band Red band Install AccessPlus Cables Complete this section only if the system includes the AccessPlus option. • Route the AccessPlus cables through the slots in the module doors, shown in Figure 1-8 on page 1-25.
Chapter 1: MS Windows System Installation Procedure: Enabling the Testhead Enabling the Testhead This section contains: ■ Boot the Testhead, 1-33 ■ Troubleshooting Testhead Boot, 1-33 ■ Check the System Config File, 1-34 Boot the Testhead NOTE The first time the testhead is booted, there will be several Warning - Standard calibration tables not loaded for Module X Slot X messages.
Chapter 1: MS Windows System Installation Procedure: Enabling the Testhead Check the System Config File Description of ControlXT/XTP LED Sequencing 1 After about 2 minutes LED activity will begin. Table 1-4 LED Ref Des Color R=Red G=Green ControlXT/XTP Card status LEDs (as viewed from the card edge) 6 7 4 5 2 3 0 1 ■ ■ ■ ■ ■ ■ ■ ■ R G R G R G R G 2 Some various quick green-LED activity will be seen, then LED7 will flash for about 30 seconds.
Chapter 1: MS Windows System Installation Procedure: Enabling the Testhead 3 Do the two system config files match the system configuration printout that was shipped with the system? ■ If yes, continue to Verifying the Testhead on page 1-39. ■ If no, continue with step 4. 4 Ask the customer's system administrator if there is a plan for configuring the card locations. 5 Edit the system config files to match the actual card locations. For more information, see “Editing Files” in Chapter 2.
Chapter 1: MS Windows System Installation Procedure: Verifying the Vacuum Subsystem Verifying the Vacuum Subsystem This section contains: ■ Introduction, 1-36 ■ Install the Vacuum Manifold, 1-36 ■ Connect the Compressed Air, 1-36 ■ Check the Vacuum Actuation System, 1-36 ■ Troubleshooting, 1-37 Introduction The 327X (one-module) testhead has at least one internal vacuum solenoid. The second internal solenoid is optional.
Chapter 1: MS Windows System Installation Procedure: Verifying the Vacuum Subsystem d At the prompt, alternately enter: • faon • faoff Otherwise, use a voltmeter to verify that the 24-volt dc can be switched to all terminal pairs of the auxiliary connector (J3) on the System Card. See Figure 1-15 on page 1-38 for the relay wiring block diagram.
Chapter 1: MS Windows System Installation Procedure: Verifying the Vacuum Subsystem Figure 1-15 Internal vacuum solenoids in a four-module testhead 80-PSI Regulator 03066-67911 System Card Relay 1 +_ 1 Relay 2 +_ 3 2 5 Relay 4 + 7 _ Relay 5 + _ Remote Shutdown Jumper Port1 Port3 Port0 4 Relay 3 +_ Vacuum Valve E3770-67900 Port2 6 8 9 + _ 1 2 + _ 3 + _ 5 + _ 7 + _ 4 6 8 9 10 11 12 10 0ut In 11 12 E9900-63200 4-Module Manifold Air Lines E9946A Vacuum components shown a
Chapter 1: MS Windows System Installation Procedure: Verifying the Testhead Verifying the Testhead Run AutoAdjust All CAUTION the testhead to warm up for 30 minutes ✸Allow before running AutoAdjust All. If the testhead temperature is not allowed to stabilize, diagnostic and testing failures may appear later. Run Full Diagnostics NOTE Compressed air must be attached to the system to run full Diagnostics. 1 Place a pin verification fixture on the testhead, then lock it down.
Chapter 1: MS Windows System Installation Procedure: Completing the Installation Completing the Installation Verify Strip Printer Reinstall Covers 1 Open a BT-BASIC window. If any pod or cradle covers are still off the system, reinstall them now. 2 Enter: printer is “/dev/com/2” 3 Enter: print “strip printer test” Do this a couple of times. The printer should print “strip printer test.” 4 Enter: printer is * 5 Close the BT-BASIC window.
Chapter 1: MS Windows System Installation Procedure: Completing the Installation 2 Place the customer's Agilent 3070 software licenses in Chapter 2. ■ Installing the system and completing full Diagnostics – four hours. 3 Fill out the Installation and Configuration Records to reflect the system. Contact EMTD at 1.800.447.TEST to bill charges above and beyond this scope. Maintenance Records Do not include repair time on the installation repair order.
Chapter 1: MS Windows System Installation Procedure: In Case of Difficulty In Case of Difficulty Shipping Damage or Incorrect Shipment Additional Resources Contact your local Agilent Sales office. If you need phone support, contact Agilent's Customer Support Center. Go to the Agilent Automated Test Equipment Contacts website and select your country: Network, System Administration, or Test Server Help ■ Review Chapter 2 in the System Installation Manual (MS Windows Version) for more information.
2 MS Windows System Installation Reference E9970-90001 Rev. J 10/2003 In this Chapter...
Chapter 2: MS Windows System Installation Reference: Logging-On as service3070 Logging-On as service3070 The service3070 logon allows system configuration and testing. Display the Logon Status from a Current Login 1 Press the keyboard keys at the same time. Logon as service3070 to Complete the Installation If it should be necessary to change the logon: 1 Press together . 2 Click Log Off. Wait for the log off, then follow the on-screen instructions to log back on.
Chapter 2: MS Windows System Installation Reference: The Root Directory Environment Variable The Root Directory Environment Variable This section contains: ■ Introduction, 2-3 ■ Determine the Value of the Root Directory Environment Variable, 2-3 ■ Use of the Root Directory Environment Variable in a BT-BASIC Window, 2-4 ■ Use of the Root Directory Environment Variable in a Korn Shell Window, 2-5 ■ Use of the Root Directory Environment Variable in a DOS Command Prompt Window, 2-6 Determine the Val
Chapter 2: MS Windows System Installation Reference: The Root Directory Environment Variable Use of the Root Directory Environment Variable in a BT-BASIC Window Table 2-1 illustrates new path equivalents using the system config file in a BT-BASIC window. NOTE BT-BASIC usage is the same in both UNIX and MS Windows. Table 2-1 Absolute & Environment Variable file path usage in BT-BASIC Absolute Addressing at 3070 Software Release 3070 04.00pa New Absolute addressing at 3070 Software Release 3070 05.
Chapter 2: MS Windows System Installation Reference: The Root Directory Environment Variable Use of the Root Directory Environment Variable in a Korn Shell Window In a Korn shell window, follow the UNIX syntax: ■ Use $ (instead of %%). ■ Use the correct case. ■ Use / (forward slash) instead of \ (backslash). Table 2-2 illustrates new path usage when working in a Korn shell window.
Chapter 2: MS Windows System Installation Reference: The Root Directory Environment Variable Use of the Root Directory Environment Variable in a DOS Command Prompt Window In a MS-DOS Command Prompt window: ■ Use %% (instead of $). ■ Use \ (backslash) instead of / (forward slash). Table 2-3 on page 2-6 illustrates new path usage using the dev directory as an example when working in a MS-DOS Command Prompt window.
Chapter 2: MS Windows System Installation Reference: Directory Descriptions Directory Descriptions Table 2-4 lists descriptions of some 3070 MS Windows system directories. Table 2-4 © Agilent Technologies 2001–2003 Descriptions of various 3070 MS Windows system directories $AGILENT3070_ROOT/ The directory where the vast majority of the 3070 system software resides. $AGILENT3070_ROOT/autofile The directory that contains all the autofiles for the system.
Chapter 2: MS Windows System Installation Reference: Editing Files Editing Files This section contains: ■ Front-Slashes versus Back-Slashes in Command Lines Containing File Paths, 2-8 ■ Use BT-BASIC, 2-8 ■ How to Edit the System Config File to Match the Testhead Configuration, 2-9 ■ How to Resolve the Standard Config File from the System Config File, 2-10 Front-Slashes versus Back-Slashes in Command Lines Containing File Paths A general rule for commands using a path to a directory or file is to u
Chapter 2: MS Windows System Installation Reference: Editing Files 2 Enter: Open a File in BT-BASIC • From the command line, enter: re-save get btgetenv$ ("AGILENT3070_ROOT") & "" For more information about this command, see Use of the Root Directory Environment Variable in a BT-BASIC Window on page 2-4. Exit BT-BASIC 1 Press F1 on the keyboard, if necessary, to toggle to the command line.
Chapter 2: MS Windows System Installation Reference: Editing Files Table 2-5 Edit the system config file to match the testhead configuration Task Step 3 Save and exit the system config file. • Enter: 1) re-save 2) exit 4 Compile the system config file. For instructions, see Compiling the System and Standard Config Files on page 2-35.
Chapter 2: MS Windows System Installation Reference: Editing Files Table 2-6 Resolve the standard config file from the system config file (continued) Task Step 3 Open the system config file in a new BT-BASIC window: • At the new BT-BASIC window command line, enter: get btgetenv$ ("AGILENT3070_ROOT") & "/diagnostics/th1/config" 4 Arrange the two BT-BASIC windows so that each can be readily accessed.
Chapter 2: MS Windows System Installation Reference: Editing Files Table 2-6 Resolve the standard config file from the system config file (continued) Task 6 Paste the copied text in the standard config file: Step CAUTION ✸Do not delete the ! Specify instrument ... through statements. ! connect ... a Activate the window containing the standard config file by clicking on the window border. b Press F1 on the keyboard to enter the workspace.
Chapter 2: MS Windows System Installation Reference: Editing Files Table 2-6 Resolve the standard config file from the system config file (continued) Task Step 9 Exit the system config file without saving it: a In the window containing the system config file, press F1 to return to the command line. b Enter: exit 10 Compile the standard config file. © Agilent Technologies 2001–2003 Instructions are given in Compiling the System and Standard Config Files on page 2-35.
Chapter 2: MS Windows System Installation Reference: Editing Files Figure 2-1 Copying configuration information $AGILENT3070_ROOT/standard/config BT-BASIC Status: xxx lines in workspace configuration xxxx ! CONFIGURATION FOR DEVELOPING BOARD TESTS ! target . . . enable . . . module . . BT-BASIC Status: xxx lines in workspace ! Specify instrument end module command configuration xxxx ! relay 1 controls vacuum . . . bank . . module . . cards 1 . . . ports . . ., . . . end module module . .
Chapter 2: MS Windows System Installation Reference: MS Windows Quick Reference MS Windows Quick Reference See Table 2-7 for a MS Windows quick-reference. Table 2-7 MS Windows quick-reference To Do This... Enter This... • Kill processes and applications • Monitor CPU and memory usage Open the MS Windows Task Manager: a Hold down the keys at the same time (or right-click on the toolbar). b Click Task Manager...
Chapter 2: MS Windows System Installation Reference: BT-BASIC Quick Reference NOTE BT-BASIC Quick Reference Table 2-8 lists some commonly used BT-BASIC statements. Additional BT-BASIC information is given in Editing Files on page 2-8. Table 2-8 © Agilent Technologies 2001–2003 If uncertain whether to use front-slashes or back-slashes, see Front-Slashes versus Back-Slashes in Command Lines Containing File Paths on page 2-8.
Chapter 2: MS Windows System Installation Reference: Korn Shell Quick Reference NOTE Korn Shell Quick Reference Although the operating system is MS Windows, a number of 3070 UNIX commands are valid in the Korn shell. See Table 2-9 for a Korn shell quick reference. Keyboard keys are in { }. If uncertain whether to use front-slashes or back-slashes, see Front-Slashes versus Back-Slashes in Command Lines Containing File Paths on page 2-8.
Chapter 2: MS Windows System Installation Reference: Korn Shell Quick Reference Table 2-9 Korn shell quick reference (continued) Display permissions for a file ls -l Create or edit a file vi Display file contents more Copy a file with permissions and owners cp -p Move a file to a new filename mv Append file1 onto the end of file2 cat Remove a file rm or viw (q to quit) (v to vi) >>
Chapter 2: MS Windows System Installation Reference: Korn Shell Quick Reference Table 2-9 Korn shell quick reference (continued) Set Korn shell for vi set -o vi Edit the command line (in Korn shell set for vi) {ESC} Recall previous command line (in Korn shell set for vi) {ESC}k Execute previous command line (in Korn shell set for vi) {Return} List current process status and PID's ps -ef Redirect input from a file to a command command < infile Connect two processes with a "pipe" command1 | co
Chapter 2: MS Windows System Installation Reference: vi and vi Editor Quick Reference NOTE vi and vi Editor Quick Reference See Table 2-10 for a vi and viw editor quick reference. Keyboard keys are in { }. If uncertain whether to use front-slashes or back-slashes, see Front-Slashes versus Back-Slashes in Command Lines Containing File Paths on page 2-8. Table 2-10 vi and viw editor quick reference Getting Started with vi To Do This... Enter This in Command Mode...
Chapter 2: MS Windows System Installation Reference: vi and vi Editor Quick Reference Table 2-10 vi and viw editor quick reference (continued) Cursor to line G Inserting Text To Do This... Enter This in Command Mode...
Chapter 2: MS Windows System Installation Reference: vi and vi Editor Quick Reference Table 2-10 vi and viw editor quick reference (continued) Copy a line into a buffer yy Put copied or deleted text line from buffer after cursor line p Read in another file after cursor line :r Searching Text To Do This... Enter This in Command Mode...
Chapter 2: MS Windows System Installation Reference: vi and vi Editor Quick Reference Table 2-10 vi and viw editor quick reference (continued) © Agilent Technologies 2001–2003 Restore current file to last saved text and disregard changes :e! Undo last edit u Recover a file after a system interruption (from the Korn shell) vi -r Agilent 3070 System Installation Manual (MS Windows Version) (repeat to toggle) 2-23
Chapter 2: MS Windows System Installation Reference: Codewords & Software License Keys Codewords & Software License Keys This section contains: ■ Introduction, 2-24 ■ Installing Codewords & Software License Keys, 2-24 ■ Verify Installed Codewords, 2-24 ■ Compile the Two Config Files, 2-24 Introduction Codewords & software license keys are pre-installed at the factory and normally do not require adjustment.
Chapter 2: MS Windows System Installation Reference: Codewords & Software License Keys CAUTION entered codewords, blank lines or ✸Incorrectly spaces before or after a codeword may cause errors when compiling the config files. User and Operator logins may not boot if the $AGILENT3070_ROOT/lib/.enable file contains invalid information. Codeword order does not matter.
Chapter 2: MS Windows System Installation Reference: System Config File Specifics System Config File Specifics This section contains: ■ Introduction, 2-26 ■ Location of the System Config File, 2-26 ■ Edit the System Config File, 2-26 ■ The "Official" and "Actual" System Config Files, 2-26 ■ To Repair a Corrupt System Config File, 2-26 ■ Descriptions of Some Statements in the System Config File, 2-27 2 At a BT-BASIC window prompt, enter: msi btgetenv$ ("AGILENT3070_ROOT") & "/diagnostics/th1"
Chapter 2: MS Windows System Installation Reference: System Config File Specifics NOTE Changes to the system config file should be reflected in the standard config file. See Standard Config File Specifics on page 2-29. The line frequency Statement In this statement, the unused frequency is commented. For example, if the system power is connected to 60 hertz, 50 is commented.
Chapter 2: MS Windows System Installation Reference: System Config File Specifics The supplies Statements Numbering of the supplies in the supplies statements is arbitrary. The software will accept any mapping of supply numbers to modules. If the customer plans to share board test fixtures with other systems, it is possible they may have modified the default power supply setting. If so, reconcile the supplies numbering with existing systems.
Chapter 2: MS Windows System Installation Reference: Standard Config File Specifics Standard Config File Specifics This section contains: ■ Introduction, 2-29 ■ The Board Config File, 2-29 ■ Standard Config File Syntax Similarities to and Differences from the System Config File, 2-29 ■ Statements Allowed in the Standard, System, and Board Config Files, 2-30 ■ Statements Allowed in the System Config File, 2-30 ■ Descriptions of Some Statements in the Standard Config File, 2-30 The Board Config
Chapter 2: MS Windows System Installation Reference: Standard Config File Specifics Statements Allowed in the Standard, System, and Board Config Files • • • • • • target enable module end module access ports boards wired in parallel • • • • • cards supplies ports boards connect NOTE statements allow programmers to name and define the use of external ports.
Chapter 2: MS Windows System Installation Reference: Standard Config File Specifics Table 2-11 Factory default target statements Pattern Application Rate (MP/s (mega patterns-per-second)) target Statement 2 target Agilent3070 value 6 target hp3073 standard 12 target hp3070 advanced 20 target high accuracy See Table 2-12 for 3X72 process test system default target statements.
Chapter 2: MS Windows System Installation Reference: Standard Config File Specifics The enable Statements These statements are used in combination with codewords to selectively enable software features. or optional software features as the board config file is developed. NOTE Codewords must be installed to enable optional software features. For more information, see Codewords & Software License Keys on page 2-24.
Chapter 2: MS Windows System Installation Reference: Standard Config File Specifics Table 2-13 Some enable statements in the standard config file © Agilent Technologies 2001–2003 enable Functional Description: drivethru Enables the testing of digital devices through series resistors using Agilent TestJet technology. You can use the Agilent Drive Thru Test in combination with the Agilent Access Consultant to identify and selectively remove nonessential probing locations.
Chapter 2: MS Windows System Installation Reference: Standard Config File Specifics Table 2-13 Some enable statements in the standard config file © Agilent Technologies 2001–2003 enable Functional Description: testjet Enables the TestJet testing technique on your board. This option is automatically enabled on the Agilent 3072 system. throughput multiplier Allows testing up to four boards simultaneously (one per module), which increases board throughput.
Chapter 2: MS Windows System Installation Reference: Compiling the System and Standard Config Files Compiling the System and Standard Config Files For changes to the system config file and the standard config file to be enabled, they must be compiled. NOTE If codewords have been modified in any way, both the system and standard config files must be compiled. To compile the config files: 1 Login as service3070 (default password is service) 2 Open BT-BASIC. 3 Compile the system config file.
Chapter 2: MS Windows System Installation Reference: The bootptab File The bootptab File 2 Make a backup copy. One example: This section contains: ■ Hardware Addresses, 2-36 ■ IP Addresses, 2-37 a Open Windows Explorer: • For Windows NT, click Start > Programs > Windows NT Explorer. Hardware Addresses Each System Card and Control Card has a unique hardware address (HA). When changing a System Card, remove the ROM(s) from the pre-existing card and install it on the new card.
Chapter 2: MS Windows System Installation Reference: The bootptab File 6 Add the HA of the ControlXT/XTP Card you are installing: a Click New. b Enter the ControlXT/XTP Card HA. The complete HA is typically 0060B0B2xxxx (xxxx = the number on the card).
Chapter 2: MS Windows System Installation Reference: The hosts File The hosts File The path to the hosts file is: ■ $SystemRoot/system32/drivers/etc/hosts NOTE $SystemRoot is an environment variable that is usually set to: c:/winnt The hosts file must include these IP addresses: 10.3.112.2 testhead1 (System Card) 10.3.112.7 module3 10.3.112.6 module2 10.3.112.5 module1 10.3.112.4 module0 Example 2-1 on page 2-39 shows a sample hosts file.
Chapter 2: MS Windows System Installation Reference: The hosts File Example 2-1 # # # # # # # # # # # # # # # # A sample hosts file This is a sample HOSTS file used by Microsoft TCP/IP for MS Windows. This file contains the mappings of IP addresses to host names. Each entry should be kept on an individual line. The IP address should be placed in the first column followed by the corresponding host name. The IP address and the host name should be separated by at least one space.
Chapter 2: MS Windows System Installation Reference: Device Files Device Files If a DUT Power Supply is Replaced This section contains: ■ Introduction, 2-40 ■ Location of Device Files, 2-40 ■ If a DUT Power Supply is Replaced, 2-40 ■ DUT Power Supply Device Files, 2-40 Change the appropriate ps file if the GPIB address of any power supply changes. Example 2-2 shows the contents of the default ps0 file.
Chapter 2: MS Windows System Installation Reference: Vacuum Control Vacuum Control Location of Vacuum Control Statements These are contained in the system config file: $AGILENT3070_ROOT/diagnostics/th1/config Vacuum Control Specifics The relay controls vacuum statements need to match the actual hardware configuration after the customer decides how to implement vacuum control.
Chapter 2: MS Windows System Installation Reference: Rotating the Testhead CAUTION Rotating the Testhead all objects, including the monitor / ✸Remove keyboard support arms, from the rotational path of the testhead. If the testhead would hit anything, damage could result. CAUTION the shipping bolts before attempting to ✸Remove rotate the testhead. Otherwise, damage can result. 1 Open the pod door.
Chapter 2: MS Windows System Installation Reference: Testhead Cards Testhead Cards Table 2-15 shows available testhead cards with their diagnostics names, cards statements, pattern applications rates and part numbers. If Changing a ControlXT/XTP or System Card See Private LAN and Serial Port MUX on page 2-59.
Chapter 2: MS Windows System Installation Reference: Testhead Cards Table 2-15 MS Windows supported cards with DGN names, cards statements, pattern application rates and part numbers (continued) © Agilent Technologies 2001–2003 H_HA_DD hybrid high accuracy double density 20 E4000-66545 HHADD2 hybrid high accuracy double density 20 E4000-66550 HVal_32 hybrid value 2 N1122-66502 HStd_32 hybrid standard double density 32 6 E9900-66502 HAdv_32 hybrid advanced double density 32 12
Chapter 2: MS Windows System Installation Reference: DUT Power Supplies DUT Power Supplies Voltage Ranges This section contains: ■ Voltage Ranges, 2-45 ■ Module Mappings, 2-45 ■ DUT Power Supplies Allowed, 2-45 ■ GPIB Addresses and Device Files, 2-46 DUT power supplies are set at the factory in one of two configurations: • Option 220 for line voltages of 200–220 volts. • Option 240 for line voltages of 230–240 volts. DUT Power Supplies Allowed Table 2-16 lists the DUT the power supplies allowed.
Chapter 2: MS Windows System Installation Reference: DUT Power Supplies Table 2-17 Default DUT power supply mappings for each module (rear view of testhead) Module 0 Module 2 supplies hp6624 13 to 16 asru channels 1 to 4 ! supplies hp6624 5 to 8 asru channels 1 to 4 ! supplies hp6621 13 to 14 asru channels 1 to 4 supplies hp6621 5 to 6 asru channels 1 to 4 ! supplies hp6624 23 to 24 asru channels 5 to 6 supplies hp6621 23 asru channels 5 to 6 ! supplies hp6624 19 to 20 asru channels 5 to 6 ! supplie
Chapter 2: MS Windows System Installation Reference: DUT Power Supplies NOTE The customer has the flexibility to modify the DUT power supply GPIB addressing.
Chapter 2: MS Windows System Installation Reference: DUT Power Supplies To Change DUT Power Supply GPIB Addresses For 307X systems only where the power supplies are mounted in a support bay: • Open the support bay and find the correct power supply. Systems without support bays have the power supplies mounted in the testhead: • Panels must be removed from the testhead in order to access the front panel of the power supplies.
Chapter 2: MS Windows System Installation Reference: Controller Cables and Devices Controller Cables and Devices X2000 Controller See: Figure 2-2 on page 2-50 Table 2-19 on page 2-51 X2100 Controller Figure 2-3 on page 2-53 Table 2-20 on page 2-54 IPC Controller Figure 2-4 on page 2-56 Table 2-21 on page 2-57 © Agilent Technologies 2001–2003 Agilent 3070 System Installation Manual (MS Windows Version) 2-49
Chapter 2: MS Windows System Installation Reference: Controller Cables and Devices Figure 2-2 x2000 controller cabling diagram Testhead - ControlXT/XTP Cards Mod 3 Mod 2 Mod 1 Mod 0 4 N M A DUT P.S. Series II/3 System Card DUT P.S. 03066-66581 DUT P.S. AB CDE F 1 2 Footswitch E 6 L C Hub B DUT P.S.
Chapter 2: MS Windows System Installation Reference: Controller Cables and Devices Table 2-19 X2000 controller cables and devices © Agilent Technologies 2001–2003 Cables Part No. Description A E4000-61628 Control Cable B 8120-6713 Footswitch Extension Cable, RJ-11 C 8120-8728 LAN Cable, RJ-45 to RJ-45 D E9927-61607 4-meter GPIB Cable (for TAMS 70488-10 card) E 8120-3445 1-meter GPIB Cable F 03066-61629 Strip Printer Cable, RS-232, DB9(f) to DB25(m) cross-conn.
Chapter 2: MS Windows System Installation Reference: Controller Cables and Devices Table 2-19 X2000 controller cables and devices (continued) Devices Part Number Description 1 44902-60000 Footswitch with Cable 2 E4000-62102 Footswitch Adapter 3 0950-2946 Bar Code Scanner Wedge (optional) (p/o E3786A) 4 E9900-69301 NEC MultiSync LCD Flat Panel Display 5 1250-0207 50-ohm BNC Load / Termination 6 1250-2076 50-ohm SMB Load / Termination 7 A4030E Keyboard and Mouse 8 1250-3154 Digi 770
Chapter 2: MS Windows System Installation Reference: Controller Cables and Devices Figure 2-3 X2100 controller cabling diagram Testhead - ControlXT/XTP Cards Mod 3 Mod 2 Mod 1 Mod 0 4 N M A DUT P.S. Series II/3 System Card DUT P.S. 03066-66581 DUT P.S. AB CDE F 1 2 Footswitch C Hub B DUT P.S.
Chapter 2: MS Windows System Installation Reference: Controller Cables and Devices Table 2-20 X2100 controller cables and devices — Series 3 Cables Part No Description A E4000-61628 Control Cable B 8120-6713 Footswitch Extension Cable, RJ-11 C 8120-8728 LAN Cable, 1-meter, RJ-45 to RJ-45 D 10833C 4-meter GPIB Cable E 10833A 1-meter GPIB Cable F © Agilent Technologies 2001–2003 Optional ASSET Boundary-scan PCI-400 Controller Card, cable and BSI Card G 03066-61629 Strip Printer Cable,
Chapter 2: MS Windows System Installation Reference: Controller Cables and Devices Table 2-20 X2100 controller cables and devices — Series 3 (continued) © Agilent Technologies 2001–2003 Devices Part No Description 1 44902-60000 Footswitch with Cable 2 E4000-62102 Footswitch Adapter 3 E9900-69302 NEC MultiSync 1525 LCD Flat Panel Display 4 1250-0781 1250-0207 1250-2076 1252-1650 BNC T 50-ohm BNC Load/Termination 50-ohm SMB Load/Termination Hook & Loop Insulator (protects T from accidental gr
Chapter 2: MS Windows System Installation Reference: Controller Cables and Devices Figure 2-4 IPC controller cabling diagram Testhead - ControlXT/XTP Cards Mod 3 M Mod 2 Mod 1 Mod 0 4 N A DUT P.S. Series II/3 / 79000 System Card DUT P.S. 03066-66581 DUT P.S. AB C DE F E L 1 Footswitch B DUT P.S.
Chapter 2: MS Windows System Installation Reference: Controller Cables and Devices Table 2-21 IPC controller cables and devices — Series 3 Cables Part No Description A E4000-61628 Control Cable B 8120-6713 Footswitch Extension Cable, RJ-11 C 8120-8728 LAN Cable, 1-meter, RJ-45 to RJ-45 D 10833C 4-meter GPIB Cable (on older IPC controllers, this cable plugged into a GPIB Card in slot 4) E 10833A 1-meter GPIB Cable F G 03066-61629 Strip Printer Cable, RS-232, DB9(f) to DB25(m) cross-conn.
Chapter 2: MS Windows System Installation Reference: Controller Cables and Devices Table 2-21 IPC controller cables and devices — Series 3 (continued) © Agilent Technologies 2001–2003 Devices Part No Description 1 44902-60000 Footswitch with Cable 2 E4000-62102 Footswitch Adapter 3 E9900-69302 NEC MultiSync 1525M LCD Flat Panel Display 4 1250-0781 1250-0207 1250-2076 1252-1650 BNC T 50-ohm BNC Load/Termination 50-ohm SMB Load/Termination Hook & Loop Insulator (protects T from accidental gro
Chapter 2: MS Windows System Installation Reference: Private LAN and Serial Port MUX Private LAN and Serial Port MUX This section contains: ■ Introduction, 2-59 ■ IP Addresses, 2-59 ■ Hardware Addresses, 2-59 ■ Verify Communication to the Testhead, 2-59 ■ Serial Port MUX, 2-60 Introduction System and ControlXT/XTP Cards are essentially computers that communicate with each other over a private LAN. The testhead controller contains a dedicated LAN card to support the private LAN.
Chapter 2: MS Windows System Installation Reference: Private LAN and Serial Port MUX Serial Port MUX NOTE Some controllers includes a serial port MUX; the IPC controller does not. This 8-port EIA-232 serial MUX adapter provides eight 8-pin RJ-45 EIA-232 ports for supporting PPU, JOT, and other optional serial-controlled devices. CAUTION SCSI adapters use the same HD-68 ✸Many connector type as the AccelePort Xp.
Chapter 2: MS Windows System Installation Reference: Troubleshooting LAN Port Connections NOTE Troubleshooting LAN Port Connections This only applies to the IPC (industrial PC) controller. If you replace the IPC in your system — or the single-board computer (SBC) in the IPC — and re-connect the LAN cables to the IPC exactly as they were before, communication to the testhead or site LAN could be broken.
Chapter 2: MS Windows System Installation Reference: Installing Drivers and Configuring LAN Ports Installing Drivers and Configuring LAN Ports If you have replaced the IPC controller or the single-board computer (SBC) in the IPC, and you can’t establish LAN communication using the procedure Troubleshooting LAN Port Connections on page 2-61, you may need to download LAN and VGA drivers to your IPC and reconfigure the LAN ports.
Chapter 2: MS Windows System Installation Reference: Installing Drivers and Configuring LAN Ports 5 In Explore, navigate to the Setup file and double-click Setup. 6 At Welcome to the InstallShield Wizard for Intel PRO Intelligent Installer, click Next. 7 At License Agreement, click I accept the terms in the license agreement. Then click Next. 8 At Setup Type, select Typical. Then click Next. 9 At Ready to Install the Program, click Install. 10 At Wizard Completed, click Finish. 11 At Results, click OK.
Chapter 2: MS Windows System Installation Reference: Installing Drivers and Configuring LAN Ports Configuring the Testhead LAN IP Address 1 Click Start > Settings > Network and Dial-up Connections. 2 Right-click Local Area Connection 2. a Click Properties. b Under Connect Using:, select Intel 8255x-based PCI Ethernet Adapter (10/100) (Intel). c Highlight Internet Protocol (TCP/IP). d Click Properties: e Select Use the following IP address. IP address: 10.3.112.10 Subnet mask: 255.255.248.
Index System Installation Manual (MS Windows Version) E9970-90001 Rev.
Index G GPIB Addresses, 2-46 GPIB, USB/GPIB adapter, 2-58 H Hardware Address, 1-4 hardware address, 2-36 help, 2-7 home, 2-7 hosts file, 2-38, 2-39 I Industrial PC, 2-56 Installation Kit, 1-4 IP Address, 2-37 IP address, 2-59 K © Agilent Technologies 2001–2003 line frequency Statement, 2-27 M Merit dump file, 2-37 P pay-per-use button adapter installation, 1-27 installing and removing test credit buttons, 1-29 verifying test credit buttons, 1-29 PPU button adapter, 1-27 probe cradle, 1-19 Q qm, 2-7
Index service3070 logon, 2-2 Shipping Damage, 1-3 Site Preparation Manual, 1-1, 1-3, 1-4, 2-1, 2-41 standard, 2-7 standard config file, 2-10, 2-29 strip printer, installation, 1-17 strip printer, verification, 1-40 Subnet mask, 2-37 supplies Statements, 2-28 Support Arms, 1-5 support bay, 1-3 System Card, 2-59 system config file, 2-9, 2-10, 2-26, 2-29 V Vacuum Control, 2-41 vi editor quick reference, 2-20 W Weird Solutions BOOTP Server, 2-37 T target statement, 2-30 Testhead Cards, 2-43 testhead name St
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