Agilent E8404A Data Sheet

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VXI Mainframe, C-Size, 13-Slot,
1000 Watt
HP E8404A
Technical Specifications
13-Slot, C-size
Enhanced monitoring for confident measurements
Color graphics display
1000 watts of usable power
Efficient, quiet cooling improves VXI module performance
Compliant with VXIbus & VXI Specifications
plug&play
Description
The HP E8404A C-size, 13-slot VXI mainframe is the high-performance mainframe in Hewlett-Packard’s new VXI mainframe family. It delivers innovative cooling technology, improved backplane design, high reliability, easy maintenance, and versatile accessories. The power supply in the HP E8404A VXI mainframe provides 1000 watts of usable power, sufficient for the most demanding automated test applications. The innovative air distribution system in this mainframe provides extremely quiet and efficient cooling.
HP E8404A
Enhanced monitoring of the HP E8404A mainframe provides superior cooling control and details regarding temperatures throughout the mainframe, power supply voltages and currents, fans operation, system status, history queue, and stripcharts or histograms for easy diagnostics. This information is available on the full color display or through VXIbus or RS-232 connection. A front panel diagnostics connector allows continuous local or remote system monitoring. This mainframe also complies with the VXI specification by providing injector surface rails used by the HP QUIC easy module insertion and extraction system. Superior cooling, reliable design and enhanced monitoring make the HP E8404A an excellent choice for all VXI test system applications.
Refer to the HP Website for instrument driver availability and downloading instructions, as well as for recent product updates, if applicable.
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Enhanced Monitoring
VXIbus or RS-232 communication
3 temperature sensors per slot
Cooling control
Power supply voltage and current
Stripcharts and histograms for easy diagnostics
Audible warnings of over-limit conditions
History queue
VXI
plug&play
English, French, German, and Spanish language
WIN Framework driver
support
State-of-the-art enhanced monitoring is provided on the HP E8404A VXI mainframe. The enhanced monitor board plugs into the backplane from the rear of the mainframe; it does not occupy a slot in the mainframe or tie up a MODID line.
The enhanced monitoring is message based, allowing easy communication with the mainframe for the user over RS-232 or through the VXIbus. SCPI commands are used to address the mainframe. A VXI
plug&play
WIN Framework driver is provided.
Temperature monitoring includes module exhaust temperatures at three points on every slot, power supply temperature and ambient temperature. Measurements at the front, center and rear of every slot provide an accurate assessment of the temperature fluctuations over a variety of cards, whose hottest components may vary in position. Display screens are provided for overall temperature map, temperature limits set, stripcharts and histograms of each slot.
Temperature monitoring is also used for cooling control. Both the absolute temperature of the slots and the temperature rise over ambient temperature are measured. Cooling speed is increased when either an absolute temperature or a temperature rise approaches its respective limit. The user may adjust these control limit ranges programmatically.
Speeds of power supply fans and the impeller are displayed as a percentage of full speed and as the number of rotations per minute.
All seven voltages, + 5 V standby and the optional user­supplied external 5 V power are measured. Current monitoring is provided and power is calculated for each power supply voltage. Overview display screens are provided for all these data; more detailed information is also available in stripcharts and histograms. These values are visible on the display and are available through the VXI and RS-232 interfaces.
Warning alarms occur when a temperature is over limit, power supply voltages are out of VXI specification, when current or total power exceeds user set limits, or for certain user-defined conditions. A beeper provides audible warnings; it is enabled or disabled through a SCPI command or through the front panel keys.
The enhanced monitor includes a maintenance timer. This timer may be set, queried, and reset by the user for support of scheduled maintenance activities, such as cleaning the optional air filter.
The enhanced monitor may operate independently of line power by providing external + 5 V power. When line power goes down, communication with the enhanced monitor is possible via the RS-232 interface.
Remote power-on is available via the diagnostic connector “remote on signal” or through a SCPI command.
Localization enables the user to select English, French, German, or Spanish languages on the display for ease of operation worldwide.
Color Graphics Display
A full color graphical display on the front of the HP E8404A VXI mainframe provides frame status, including:
Temperatures at front, center and rear of every slot
Ambient and power supply temperatures
Power supply voltages
Power supply currents
Total power
Fans speeds
User-defined text messages
System log and timer
History
1000W Power Supply
The HP E8404A VXI mainframe features over 1000 watts of usable power from 0 °C to 55 °C. Ample dynamic and peak currents are provided for most applications.
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Superior Cooling
The innovative cooling design in the HP E8404A VXI mainframe provides extremely quiet and efficient cooling. Carefully engineered airflow provides the ultimate in cooling with a minimum of noise. Outstanding back pressure performance insures airflow through dense modules. Separate power supply cooling fan(s) provides an independent air path for reliable cooling of the power supply.
All fans operate in either Variable or Full Speed mode. A two-position switch on the mainframe’s front panel controls the speed mode. Full Speed mode is recommended for maximum cooling and/or if acoustic noise is not a concern; all air movers (cardcage impeller and power supply fan(s)) are operated at full capacity at all times. In Variable Speed mode, the fan speed will vary depending on the temperature rise in the mainframe, and the ambient temperature. Variable Speed mode operation allows the quietest operation while providing sufficient cooling for the modules in the mainframe.
Airflow is conveniently routed into the rear and exhausted out the sides of the mainframe. This allows mainframes to be stacked or rack-mounted directly on top of one another.
At-a-Glance Confidence in Operation
The front panel indicator lights on the HP E8404A VXI mainframe gives immediate visual indication that the power supply voltages are operating within the VXI Specification, the temperatures are within limit, and that the fans are operational. Backplane activity and SYSFAIL indicators are also provided.
The system can be reset easily from the front panel, providing reset even when the Slot 0 is inaccessible due to cabling.
The diagnostic connector, conveniently located on the front of the mainframe, provides connection for remote monitoring of power supply voltages, power supply and reference temperatures, and fans function. This connector also allows remote on/standby, access to +5VSTDBY, ACFAIL, and SYSRESET. The connector’s functionality is a superset of the functionality on the HP E1401B Mainframe, allowing software and hardware compatibility with existing applications. Up to 1A of +5VSTDBY may be provided by the user through the connector. Up to 1 A each of + 5 V and + 12 V are available for external applications through the connector.
Improved, Highly Reliable Backplane Design
The backplane features solid state automatic daisy­chain jumpering for the VMEbus grant and interrupt acknowledge lines, eliminating the need for hand selection of switch settings. Full differential distribution of the CLK10 signal is provided on the backplane. This minimizes jitter and skew, providing a clean timing source for VXI instrument modules. The surface mount backplane improves both reliability and stripline signal performance.
HP generates SYSRESET and ACFAIL on the backplane. This is necessary for full compliance with the VXI Specification, but is not generally implemented by other manufacturers.
Easy Maintenance Rear-Accessible Power Supply and Impeller
Convenient access to the power supply, cooling and monitoring systems is provided through the mainframe’s rear panel; a replacement power supply or fan can be installed without removing the mainframe from a rack. The power supply’s plug-in design makes repairing easy.
The monitor control board and the impeller for module cooling are easily replaced. The internal fan for the power supply, an integral part of the supply, is easily replaced with the power supply itself. If the optional Air Filter Accessory Kit is installed, air filters may be replaced without tools.
Accessories and Configurations
Optional Rack Mounting Kits
Three rack mounting kits are available for the mainframe, providing versatile options for installation in an HP or a non-HP rack. The following rack mounting kits are available: Standard Adapter Kit, Flush Mount Adapter Kit and VXI
plug&play
Adapter Kit.
Standard Adapter Kit for Recess, Flush or Forward Rack Mounting
Using the Standard Adapter Kit (HP E8394A), the mainframe can be recess mounted up to 10.6 inches in
1/2 inch increments. (Recess mounting is required for
compatibility with the tinted acrylic door.) The mainframe can also be mounted extended from the
front of the rack from 0 to 5.8 inches in 1/2 inch
increments, allowing mounting in racks with shallow depths. The Standard Adapter Kit includes handles and requires the HP E3664A Support Rail Kit or the HP 1494-0411 Rack Slide Kit.
Compliant
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Flush Mount Adapter Kit
The Flush Mount Adapter Kit (Opt. 924 or HP E8400-
80924), the least expensive of the adapter kits, allows flush rack mounting of the mainframe. It does not include handles. The Flush Mount Adapter Kit requires the HP E3664A Support Rail Kit. The Flush Mount Adapter Kit is not compatible with the tinted acrylic door or with the rack slides.
plug&play
VXI
The VXI
plug&play
Compliant Adapter Kit
Compliant Adapter Kit (Opt. 925 or HP E8400-80925) provides rack mounting compatible with the VXI
plug&play
VPP-8 Specification for ease of interconnect with MAC Panel, Virginia Panel, TTI Testron or other VXI
plug&play
-compatible ICA receivers. The Adapter Kit locates the mainframe in the position prescribed by the VXI
plug&play
Systems Alliance and provides four mounting holes for attachment of the receiver adapter frame. The
plug&play
VXI
Compliant Adapter Kit requires the HP E3663A Support Rail Kit or the HP 1494-0411 Rack Slide Kit.
Electromagnetic Compliance (EMC) Accessories
The standard mainframe is suitable for the majority of applications. For more demanding EMC applications, a Chassis Shield Kit, Backplane Connector Shields, and EMC Filler Panels are available.
Chassis Shield Kit
The Chassis Shield Kit (HP E8400-80919) is used to provide additional isolation or shielding between noisy or sensitive modules. These newly designed, patent pending chassis shields are easy to install and are grounded in all four corners.
Backplane Connector Shields
Backplane Connector Shields (Opt. 918 or HP E8400-
80918) are useful for improving the ground connection between a module and the backplane. For a few modules, they are necessary for EMC compliance to EN55011 and CISPR11. For the vast majority of modules, they are not necessary. Note that these shields are
only
useful if the module includes contacts conforming to VXI Spec B.7.2.3.
EMC Filler Panels
EMC Filler Panels (HP E8400-60202) are used to provide a continuous connection across the front opening of the mainframe. All HP modules include EMC contacts to the adjacent slot. Using EMC Filler Panels in the empty slots completes the connection and reduces radiated emissions and increases radiated and ESD immunity.
Optional Air Filter
Air filters are not necessary on these mainframes. However, an optional Air Filter Kit (HP E8395A) is available for use in demanding environments. The airflow is reduced less than 10% with a clean air filter installed.
Cable Routing
In rack-mount installations, cables can be routed to the front of the mainframe or from below the mainframe.
The optional Cable Tray (HP E8393A) allows cable routing under the mainframe. The Cable Tray may be mounted to provide three different heights: one EIA rack unit (44.5 mm), two EIA rack units, and halfway between one and two EIA rack units. It is compatible with the HP E3664A Support Rail Kit and the HP 1494­0411 Rack Slide Kit. If the mainframe is used on a benchtop, the mainframe feet may be removed and reinstalled on the bottom of the Cable Tray.
Optional Door
An optional Tinted Acrylic Door (Opt. 915 or HP E8400-
80915) is available for use in rack-mount installations. All of the modules installed in the mainframe are accessible when this door is open. The door hinges on the right so that its latch mechanism occupies the space outside Slot 0, allowing the door to close with the minimum recess into the rack. Its hinges are a lift-off type so that the door may be easily removed when open. It is fabricated of acrylic to provide adequate strength and superior scratch resistance when compared to polycarbonate.
The Tinted Acrylic Door Kit requires and is compatible with the Standard Adapter Kit (HP E8394A) only.
Documentation
The mainframe documentation consists of a User and Service Manual. The manual is distributed on the HP Universal Instrument Drivers CD-ROM supplied with the mainframe and a variety of other HP VXI products. It is also available on the HP Website. This documentation describes all mechanical aspects for the mainframe and its accessories. A printed copy of this manual is also included.
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Warranty
Hewlett-Packard provides a standard 3-year return­to-HP warranty on this mainframe. Opt. W01 converts the standard warranty to 1-year on-site.
Product Specifications
Mechanical
Mainframe height: 352 mm (13.9 inches) (8 EIA rack units) Mainframe width: 424.5 mm (16.7 inches) Mainframe depth: 631 mm (24.9 inches) Mainframe weight: 25 kg (55 lbs.)
General Specifications
VXI Characteristics
VXI device type: Mainframe Data transfer bus: All per VXIbus Specification, Rev 1.4 Size: C Slots: 13 available Connectors: P1/P2 Shared memory: n/a VXI busses: All per VXIbus Specification, Rev 1.4
Instrument Drivers
See the HP Website (http://www.hp.com/go/inst_drivers) for driver availability and downloading.
Command module firmware: n/a
Command module firmware rev: n/a
I-SCPI Win 3.1: n/a I-SCPI Series 700: n/a C-SCPI LynxOS: n/a C-SCPI Series 700: n/a HP Panel Drivers: No
plug&play
VXI Framework: No
plug&play
VXI Framework: Yes
plug&play
VXI Framework: No
Win
Win 95/NT
HP-UX
Power Input
Input voltage: 90-264 Vac (single continuous range) Input frequency: 47-66 Hz (across full input voltage range) Inrush current:
At input voltage 100 Vac: 40 A typ. At input voltage 264 Vac: 70 A typ.
Power Switch
On/Standby switch on front with lighted indicator. May be switched On/Standby remotely via diagnostic connector. May be switched On/Standby via SCPI command.
+5VSTDBY
(Power may be provided by the user to the +5VSTDBY bus on the VXI backplane.)
Current: 1 A max Voltage range: 5.25 V max., 4.875 V min. Connector: Pins 8 and 21 of the diagnostic connector
External +5VSTDBY
(Power may be provided by the user to operate the enhanced moni­tor in the absence of line power.)
Current: 500 mA min. (needed for enhanced monitor
Voltage range: 5.25 V max., 4.875 V min. Connector: Rear panel
operation),1.5 A max. on connector.
Power Supply Protection
All voltages are protected from over-temperature, over­voltage, over-current, short-to-ground and short-to­other-output. Protection mode is full shutdown. Recovery occurs when the fault condition is removed and power on/standby is cycled.
Acoustic Noise
(Sound power at bystander position one meter in front of mainframe.)
High-speed fan: 55 dBA Variable fan on low speed: 42 dBA
Available Current
Peak Current
Voltage
+5 V: 90 A 9 A +12 V: 15 A 2.5 A –12 V: 15 A 2.5 A +24 V: 15 A 5 A –24 V: 15 A 5 A –5.2 V: 60 A 8 A –2 V: 30 A 5 A
IMP(Amps) @ 55 °C:
Dynamic Current IMD(Amps) @ 55 °C:
Power
Temperature range: 0-55 °C Available power (90-264 Vac): 1902 W Usable power (110-264 Vac): 1000 W Usable power (90-110 Vac): 950 W
Shielding
Front panel EMC gasketing: Front panel gasketing provided per
Backplane shielding: Backplane connector shields per
Intermodule chassis shielding:
VXI Rev. 1.4, B.7.2.3
VXI Rev. 1.4, B.7.2.3 Intermodule chassis shields per
VXI Rev. 1.4, B.7.3.4
Airflow
Airflow is routed into the rear and exhausted out the upper sides of the mainframe. Allow 50 mm of clearance for proper air flow.
Fan Speed
(Cooling Mode, High or Variable, switchable on the front panel. Controls both module impeller and power supply fan.)
High fan speed mode: Full airflow all the time Variable fan speed mode: Fan speed increments through 8 discreet
speeds as a function of ambient, module, and power supply temperatures.
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E8401A/02A/03A/04A Cooling Specification Charts
VXI-8 Specification Draft 2.0. Fixture revision 1.7.
VXI-8 Standard Modules installed in all other slots.
Performance shown for Worst Slot (slot 1) and Best Slot (slot 10).
Front-to-Rear Variance 13% worst case. Typically 10%-12% in most slots.
Fans on Full Speed. Minimum airflow is approximately 50% with fans on Variable Speed.
Air Filter Kit not installed. Airflow is reduced approximately 10% with clean air filters installed.
Measurements taken at 1,500 m altitude.
Backplane Specifications
Solid-state automatic daisy-chain jumpering for BUS GRANT and IACK signals.
Full differential distribution of CLK10.
ACFAIL* and SYSRESET* in full compliance with the VMEbus and VXIbus Specifications.
Surface mount construction and no sockets for maximum reliability.
Basic Monitor Specifications
Indicators: • Power-on or Standby status
Switches: • On/Standby
Diagnostic connector: • Output all 7 backplane voltages for
• Power supply output voltages monitor
• Power supply temperature monitor
• Module temperatures monitor
• Fans status monitor
• Backplane activity monitor
• Backplane SYSFAIL monitor
• Fan Mode: Switches all fans between Full Speed and Variable Speed modes
• Reset: Asserts backplane signals SYSRESET and ACFAIL
monitoring
• Output +5 V and +12 V for remote applications. 1A max each
• Input +5VSTDBY to backplane. 1 A max total for pins 5 and 18
• Remotely operate On/Standby
• Power supply temperature output
• Reference temperature output
• Fans OK output, same as Fans indicator
• Backplane voltages OK output
• SYSRESET*, input or output
• ACFAIL*, output
• Ground
All other slots blocked. Airflow decreases as additional slots are opened.
Performance shown for Worst Slot (slot 2). Airflow is greater in all other slots.
Fans on Full Speed. Minimum airflow is approximately 50% with fans on Variable Speed.
Air Filter Kit not installed. Airflow is reduced approximately 10% with clean air filters installed.
Measurements taken at 1,500 m altitude.
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Enhanced Monitoring
Temperature Monitor
Power Monitor
Fan Monitor
History
Time Base
Test & Calibrate
VXI
RS-232 Interface
Display
Function Specification Interface
Display VXI RS-232
Module exhaust temperature: 13 slots, front/mid/rear Output Output Output Ambient temperature: Output Output Output Power supply temperature: Output Output Output
Temperature limits: Module absolute, T, ambient Output In/Out In/Out
Stripcharts: Modules, ambient Output Output Output Histograms: Modules, ambient Output Output Output Warnings: Out-of-limit conditions Output Output Output
Voltages: 7 VXI, 5VSTDBY Output Output Output Current: 7 VXI Output Output Output Power: Calculated (V*I) Output Output Output Voltage Limits: Fixed Output Output Current Limits: 7 VXI Output In/Out In/Out Power Limits: Total Output In/Out In/Out Stripcharts: 7 VXI, 5VSTDBY, total, PSTemp Output Output Output Histograms: 7 VXI, 5VSTDBY, total, PSTemp Output Output Output Warnings: Out-of-limit conditions Output Output Output
Fan speed: % full, RPM Module impeller, PS fans Output Output Output Stripcharts: RPM Module impeller, PS fans Output Output Output Histograms: RPM Module impeller Output Output Output Fan speed control: Closed loop control in Var mode Warnings: Out-of-limit conditions Output Output Output
System log: Hrs on, last cal, etc. Output Output Output Maintenance timer: Output In/Out In/Out History queue: Event description & time Output Output Output Min/max values: Temperature, power supply, fans Output Output Histograms: Temperature, power supply, fans Output Output Output
Accuracy: ± 120 ppm Aging: ± 5 ppm/year Resolution: 2 sec
Calibration: Temperature, voltage Input Input Self-test: Output In/Out In/Out
VXI device type: Message-based servant, programmable-
LADD: Rear panel switch Output Output Output Device code: 618 Output Output
Baud rate: 300, 1200, 2400, 4800, 9600 Output In/Out In/Out Parity: Even, Odd, None Output In/Out In/Out Character size: 7,8 Output In/Out In/Out Pace: Xon/Xoff, None Output In/Out In/Out Hardware handshake: RTS Output In/Out In/Out
Resolution: 256 x 64 pixels Colors: 16 Type: Liquid Crystal Display Size: 92mm x 25mm Average bulb life: 25,000 hours Language support: English, French, German, Spanish User-defined messages: 200 characters, 4 lines max Output In/Out In/Out Display contrast: In/Out Screen saver On/Off: In/Out In/Out In/Out Beeper On/Off: In/Out In/Out In/Out
interrupter, statically-addressed, A16 device
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Environmental
Temperature
Operating temperature range: 0 °C - + 55 °C
Storage temperature range: –40 °C - + 75 °C
Humidity
Operating humidity range: Up to 95% RH from
Storage humidity range: Up to 95% RH from
0 °C to + 40 °C, Up to 65% RH from + 40 °C to + 55 °C
0 °C to + 55 °C, Up to 65% RH from + 55 °C to + 75 °C
Altitude: Up to 3000 m
Standards Compliance
100% compatible with the VXIbus Specification Revision
1.4. E8402A/04A command set compatible with IEEE-488.1, IEEE-488.2, and SCPI-1995.0
Repair
(Diagnosis and troubleshooting through the front panel monitor and connector.)
MTTR = Mean Time to Repair
MTTR, power supply: <10 min. (w/mainframe and modules fully MTTR, impeller and/or fan: <10 min. (w/mainframe and modules fully
MTTR, enhanced monitor control board:
installed in rack)
installed in rack) 5 - 10 min. (w/mainframe and modules fully
installed in rack)
Ordering Information
Description Product No.
13-Slot, C-Size VXI Mainframe, high performance, with 1000 W power supply and Enhanced Monitoring Module Installation Using Standard Settings HP E8404A 500 Tinted Acrylic Door Kit HP E8404A 915 Installed Backplane Connector Shields HP E8404A 918 Flush Rack Mount Adapter Kit HP E8404A 924
plug&play
VXI Convert 3 year Return-to-HP to 1 yr OnSite Warr. HP E8404A W01 Extra User and Service Manual HP E8402-90000 Cable Tray Kit HP E8393A Tinted Acrylic Door Kit HP E8400-80915 Backplane Connector Shields Kit HP E8400-80918 Intermodule Chassis Shield Kit HP E8400-80919 EMC Filler Panel (1-slot) HP E8400-60202 Replacement VXI Slot Filler Panels: 1-Slot: HP E8400-00204 3-Slot: HP E8400-00205 7-Slot: HP E8400-00206 Standard Rack Mount Adapter Kit HP E8394A Flush Rack Mount Kit HP E8400-80924
plug&play
VXI for HP Racks Air Filter Accessory Kit HP E8395A Support Rail for Standard Rack Mount Adapter or Flush Rack Mount Kit HP E3664A Support Rail Kit for VXI Rack Slide Kit for Standard Adapter Kit or VXI (VPP-8) Compatible Rack Mount Kit HP 1494-0411 Replacement 1000 W Power Supply for HP E8404A HP 0950-3277
(VPP-8) Compatible Rack Mount Kit HP E8404A 925
(VPP-8) Compatible Rack Mount Kit
plug&play
(VPP-8) Rack Mount Kit HP E3663A
plug&play
HP E8404A
HP E8400-80925
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Related Literature
1998 Test System and VXI Products Data Book,
HP Pub. No. 5966-2812E
1999 Test System and VXI Products Catalog,
HP Pub. No. 5968-3698
Warranty
Standard Hewlett-Packard VXIbus hardware products are warranted against defects in materials and workmanship for a period of three years unless otherwise noted. HP software and firmware products that are designated by HP for use with a hardware product, when properly installed on that hardware product, are warranted not to fail to execute their programming instructions due to defects in materials and workmanship.
For more information about Hewlett­Packard test & measurement products, applications, services, and for a current sales office listing, visit our website,
http://www.hp.com/go/tmdir
. You can also
contact one of the following centers and ask for a test & measurement sales representative.
United States:
Hewlett-Packard Company Test and Measurement Call Center P.O. Box 4026 Englewood, CO 80155-4026 1 800 452 4844
Canada:
Hewlett-Packard Canada Ltd. 5150 Spectrum Way Mississauga, Ontario L4W 5G1 (905) 206 4725
For a complete and detailed warranty statement please see
Test System and VXI Products Data Book
the HP
or visit the
HP Website at http://www.hp.com/go/vxi.
Website Directory
HP VXI Product Information
http://www.hp.com/go/vxi
HP VXI Channel Partners
http://www.hp.com/go/vxichanpart
HP VEE Application Website
http://www.hp.com/go/hpvee
Data Acquisition and Control Website
http://www.hp.com/go/data_acq
HP Instrument Driver Downloads
http://www.hp.com/go/inst_drivers
Electronics Manufacturing Test Solutions
http://www.hp.com/go/manufacturing
Europe:
Hewlett-Packard European Marketing Centre P.O. Box 999 1180 AZ Amstelveen The Netherlands (31 20) 547 9900
Japan:
Hewlett-Packard Japan Ltd. Measurement Assistance Center 9-1, Takakura-Cho, Hachioji-Shi, Tokyo 192, Japan Tel: (81) 426 56 7832 Fax: (81) 426 56 7840
Latin America:
Hewlett-Packard Latin American Region Headquarters 5200 Blue Lagoon Drive, 9th Floor Miami, Florida 33126 U.S.A. Tel: (305) 267-4245
(305) 267-4220
Fax: (305) 267-4288
Australia/New Zealand:
Hewlett-Packard Australia Ltd. 31-41 Joseph Street Blackburn, Victoria 3130 Australia 1 800 629 485
Asia Pacific:
Hewlett-Packard Asia Pacific Ltd. 17-21/F Shell Tower, Times Square, 1 Matheson Street, Causeway Bay, Hong Kong Tel: (852) 2599 7777 Fax: (852) 2506 9285
Data Subject to Change Copyright © April 1999 Hewlett-Packard Company HP Publication No.: 5966-2879E
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