The GT7700B is a PCI/cPCI/ISA instrumentation chassis designed for automatic test systems (ATE), data acquisition, process control, and other industrial applications requiring PC-based instrumentation. [1, 2] It combines the 3U cPCI/PXI form factor with standard PC cards like PCI and ISA. [1, 2] However, this product has been discontinued. [1] Contact the factory for availability and alternate product offerings and review the GX7xxx Series for the latest product alternatives. [1, 2]
Here's a summary of its features and specifications:
CPU Module: Intel 600 MHz or 750 MHz CPU. [1, 2]
Memory: 128 MB RAM. [1, 2]
Hard Drive: 20 GB. [1, 2]
Floppy Drive: 3.5". [1, 2]
Interfaces: IDE Controller, one Parallel Port, two USB Ports, two COM Ports, SVGA Video Interface. [1, 2]
CD-ROM: Optional. [1, 2]
Slots: It contains 4 PCI or cPCI slots and 8 ISA slots. [3] It also provides three open slots for special I/O interfaces such as Ethernet, GPIB, MXI-VXI/PXI, or any other PCI/ISA card (one PCI, one ISA, and one shared PCI/ISA). [1, 3]
Expansion: Expandable to accommodate up to 38 PC cards using expansion chassis. [1, 3] It can be expanded with two GTXI-700B chassis to accommodate a total of 38 3U cPCI, PCI, and ISA instruments. [1, 2]
Power Requirements: 115 VAC / 60 Hz @ 6 A or 230 VAC / 50 Hz @ 3 A. [1, 2]
Internal Power Supplies: +5 V @ 50 A (max), +12 V @ 19 A (max), -12 V @ 1 A (max), -5 V @ 1 A (max). [1, 2]
Cooling: 4 fans @ 56 CFM each, 2 fans @ 40 CFM each. [1, 2] The cooling system prevents power failures and degraded system performance. [2]
Dimensions: 17.5" W x 11.5" H x 23.25" D. [1, 2]
Weight: 48 lbs. [1, 2]
Operating System: Win 2000. [1]
The GT7700B instrumentation chassis is a stand-alone unit using an embedded Pentium CPU controller that can be expanded using the GTXI-700B expansion chassis (ISA only). [1, 2] The CPU unit includes a Pentium single-board-computer, floppy, hard disk and CD-ROM or CD-RW drives, SVGA interface, two RS-232 ports, parallel port and a USB port. [1, 2]
Dual Power Supply: Employs two power supplies, one for the CPU module and PCI slots, and another for the ISA section. [1, 2, 3] Each section has its own power switch. [1, 2]
Front Loading: Accepts PC plug-in cards from any vendor using carrier cards. [1, 2, 3] Carrier cards convert the top loading method of ordinary PCs into a front-loading one similar to PXI/VXI systems. [1, 2, 3] Carrier cards are available for ISA (GT7022) and PCI (GT7720). [1, 2]
Isolation: Provides isolation between the CPU and the instruments, as well as between individual instruments. [1, 2] The computer busses (address, data and control) are buffered using a proprietary buffer card. [1, 2] The GT7022 and the GT7720 carrier cards contain complementary isolation circuitry to protect the PC plug-in cards. [1, 2]
Remappable I/O Addressing: Offers extended I/O addressing. [1, 2]
Interfacing: The front panel is hinged for easy access to instrument connectors. [1, 2] The bottom section is a cable tray. [1, 2]
The GT7700B is designed to accept PC plug-in cards from any vendor using carrier cards. [1, 2, 3] The carrier card converts the top loading method of ordinary PCs into a front-loading one similar to PXI/VXI systems. [1, 2, 3] The GT7700B platform provides isolation between the CPU and the instruments as well as between the individual instruments. [1, 2]
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Description The GT7700B is a PCI/cPCI/ISA instrumentation chassis, designed specifically for automatic test systems (ATE), data acquisition, process control applications or any other industrial application requiring the use of PC-based instrumentation.
DESCRIPTION The GT7700B is a PCI/cPCI/ISA instrumentation chassis, designed specifically for automatic test systems (ATE), data acquisition, process control applications or any other industrial application requiring the use of PC-based instrumentation.
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The unique design of the GT7700B allows the instrumentation chassis to accept PC plug-in card from any vendor using carrier cards. The carrier card converts the top loading method of ordinary PCs into a front-loading one similar to PXI/VXI systems.
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The available virtual panel can be used to interactively adjust and control the card from a window that displays the card's current settings and status. An On-Line help file and PDF User's Guide provides documentation that includes instructions for ins...
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Internal and external trigger and pause commands are available in several modes. The memory behind each pin is configurable from 256 Kbit to 1 Mbit and is user upgradable. Separate memories are provided for output data, response data, and test step sequencing ...
There are 56 Digital I/O channels, channel's direction control is set in groups of 4 channels, eg channels 0-3, channels 4-7, etc. Any group of channels can be programmed to be all in or all out.
There are 56 Digital I/O channels, channel's direction control is set in groups of 4 channels, eg channels 0-3, channels 4-7, etc. Any group of channels can be programmed to be all in or all out.
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The FPGA device supports up to four phase lock loops for clock synthesis, clock generation and for support of the I/O interface. An on-board 80 MHz oscillator is available for use with the FGPA device or alternatively, the PXI 10 MHz clock can be used as a clo...
The FPGA device supports up to four phase lock loops for clock synthesis, clock generation and for support of the I/O interface. An on-board 80 MHz oscillator is available for use with the FGPA device or alternatively, the PXI 10 MHz clock can be used as a clo...
There are 56 Digital I/O channels, channel's direction control is set in groups of 4 channels, eg channels 0-3, channels 4-7, etc. Any group of channels can be programmed to be all in or all out.
The FPGA device supports up to four phase lock loops for clock synthesis, clock generation and for support of the I/O interface. An on-board 80 MHz oscillator is available for use with the FGPA device or alternatively, the PXI 10 MHz clock can be used as a clo...
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There are 56 Digital I/O channels, channel's direction control is set in groups of 4 channels, eg channels 0-3, channels 4-7, etc. Any group of channels can be programmed to be all in or all out.
Comments This function is used in order to monitor the firmware upgrade process whenever the user called GxFpgaUpgradeFirmware API with GT_ FIRMWARE_UPGRADE_MODE_ASYNC mode.
Call for larger groups. $5983.00 *Valid Quantity Required DIOEasy-DS2 On-site, 2-days DIOEasy training seminars for 1-3 persons. Call for larger groups.
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