National Instruments MC-GPIB
@5333.ADF -
National Instruments MC-GPIB IEEE-488 IF
320738.pdf
MC-GPIB and the NI-488.2 Software for DOS
320739.pdf
MC-GPIB and the NI-488.2 Software for Windows (3.1x)
/320608.pdf
MC-GPIB and NI-488.2M for OS/2
J1 C24 GPIB port
J2-4 Pads for 5 pin headers
U6 NI 700454-01 Turbo488 |
U8 VLSI VGT8001-4057
U32 20.0000 NHz osc
W1 Jumper |
Card from Charles Lasitter (already have one, but...)
U8 is also marked NI NAT4882BPL
The NAT4882 controller chip is fully compatible with the IEEE 488.2
standard. The Turbo488 performance-enhancing ASIC boosts GPIB read
and write transfers to rates exceeding 1 Mbytes/s.
Setting the Shield Ground Configuration
Jumper W1
The MC-GPIB board is set at the factory with the jumper in place to
connect the logic ground of the MC-GPIB board to its shield ground. This
onfiguration minimizes EMI emissions.
If you are installing one MC-GPIB board, the software assigns it as
gpib0. If you are installing more than one board, the board in the lowest-numbered
slot is gpib0, the board in the next lowest-numbered slot is gpib1, and
so on.
Characteristic Specification
Maximum GPIB Transfer Rates (DOS)
Reads 800 kbytes/s
Writes 1.1 Mbytes/s
Power Requirement +5 VDC 1.0 A Typ 1.6 A Max
AdapterId 5333 National Instruments
MC-GPIB IEEE-488 Interface
I/O Base Address for MC-GPIB
<"IOBASE 0E00" (0e00-00fff)>,
1E00 (1e00-01fff), 2E00 (2e00-02fff), 3E00 (3e00-03fff), 4E00 (4e00-04fff),
5E00 (5e00-05fff), 6E00 (6e00-06fff), 7E00 (7e00-07fff), 8E00 (8e00-08fff),
9E00 (9e00-09fff), AE00 (ae00-0afff),BE00 (be00-0bfff), CE00 (ce00-0cfff),
DE00 (de00-0dfff), EE00 (ee00-0efff), FE00 (fe00-0ffff)
Interrupt Level for MC-GPIB
<"Int_3">,
5, 10, 11, 15, Not Used
Arbitration Level for MC-GPIB
<"Level_0">,
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, No DMA
Fairness On/Off
This controls whether the adapter will release control
of the bus when it has been using it exclusively.
<"On">,
Off
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