AdapterID 5FE1H AdapterName "MXI-1000 GPIB interface adapter" NumBytes 3 NamedItem Prompt "Base I/O address" Choice " 0200H- 0207H" pos[0]=0000001XB pos[1]=000000XXB io 0200H- 0207H Choice " 0208H- 020FH" pos[0]=0000001XB pos[1]=000001XXB io 0208H- 020FH Choice " 0210H- 0217H" pos[0]=0000001XB pos[1]=000010XXB io 0210H- 0217H Choice " 0218H- 021FH" pos[0]=0000001XB pos[1]=000011XXB io 0218H- 021FH Choice " 0220H- 0227H" pos[0]=0000001XB pos[1]=000100XXB io 0220H- 0227H Choice " 0300H- 0307H" pos[0]=0000001XB pos[1]=100000XXB io 0300H- 0307H Choice " 0308H- 030FH" pos[0]=0000001XB pos[1]=100001XXB io 0308H- 030FH Choice " 0310H- 0317H" pos[0]=0000001XB pos[1]=100010XXB io 0310H- 0317H Choice " 0318H- 031FH" pos[0]=0000001XB pos[1]=100011XXB io 0318H- 031FH Choice " 0320H- 0327H" pos[0]=0000001XB pos[1]=100100XXB io 0320H- 0327H Choice " 2000H- 2007H" pos[0]=0010000XB pos[1]=000000XXB io 2000H- 2007H Choice " 2008H- 200FH" pos[0]=0010000XB pos[1]=000001XXB io 2008H- 200FH Choice " 2010H- 2017H" pos[0]=0010000XB pos[1]=000010XXB io 2010H- 2017H Choice " 2018H- 201FH" pos[0]=0010000XB pos[1]=000011XXB io 2018H- 201FH Choice " 2020H- 2027H" pos[0]=0010000XB pos[1]=000100XXB io 2020H- 2027H Choice " 3000H- 3007H" pos[0]=0011000XB pos[1]=000000XXB io 3000H- 3007H Choice " 3008H- 300FH" pos[0]=0011000XB pos[1]=000001XXB io 3008H- 300FH Choice " 3010H- 3017H" pos[0]=0011000XB pos[1]=000010XXB io 3010H- 3017H Choice " 3018H- 301FH" pos[0]=0011000XB pos[1]=000011XXB io 3018H- 301FH Choice " 3020H- 3027H" pos[0]=0011000XB pos[1]=000100XXB io 3020H- 3027H Choice "0F000H-0F007H" pos[0]=1111000XB pos[1]=000000XXB io 0F000H-0F007H Choice "0F008H-0F00FH" pos[0]=1111000XB pos[1]=000001XXB io 0F008H-0F00FH Choice "0F010H-0F017H" pos[0]=1111000XB pos[1]=000010XXB io 0F010H-0F017H Choice "0F018H-0F01FH" pos[0]=1111000XB pos[1]=000011XXB io 0F018H-0F01FH Choice "0F020H-0F027H" pos[0]=1111000XB pos[1]=000100XXB io 0F020H-0F027H Help "Twenty-five address choices are contained in this configuration file. If the desired address cannot be located, select any non-conflicting address and execute the Qua Tech address installation program discussed in the MXI-1000 user's manual." NamedItem Prompt "Arbitration level" Choice "Level 3" pos[1]=XXXXXX00B pos[2]=11XXXXXXB arb 3 Choice "Level 4" pos[1]=XXXXXX01B pos[2]=00XXXXXXB arb 4 Choice "Level 5" pos[1]=XXXXXX01B pos[2]=01XXXXXXB arb 5 Choice "Level 6" pos[1]=XXXXXX01B pos[2]=10XXXXXXB arb 6 Choice "Level 7" pos[1]=XXXXXX01B pos[2]=11XXXXXXB arb 7 Choice "Level 0" pos[1]=XXXXXX00B pos[2]=00XXXXXXB arb 0 Choice "Level 1" pos[1]=XXXXXX00B pos[2]=01XXXXXXB arb 1 Choice "Level 2" pos[1]=XXXXXX00B pos[2]=10XXXXXXB arb 2 Choice "Level 8" pos[1]=XXXXXX10B pos[2]=00XXXXXXB arb 8 Choice "Level 9" pos[1]=XXXXXX10B pos[2]=01XXXXXXB arb 9 Choice "Level 10" pos[1]=XXXXXX10B pos[2]=10XXXXXXB arb 10 Choice "Level 11" pos[1]=XXXXXX10B pos[2]=11XXXXXXB arb 11 Choice "Level 12" pos[1]=XXXXXX11B pos[2]=00XXXXXXB arb 12 Choice "Level 13" pos[1]=XXXXXX11B pos[2]=01XXXXXXB arb 13 Choice "Level 14" pos[1]=XXXXXX11B pos[2]=10XXXXXXB arb 14 Choice "Level 15" pos[1]=XXXXXX11B pos[2]=11XXXXXXB arb 15 Help "The arbitration level assignments for this board are designed for DMA transfers. Arbitration levels 0 - 7 correspond to DMA channels 0 - 7. Channels 0,1, and 2 should not be used because of the slow transfer rates of the GPIB. Arbitration levels 8 - 15 are undefined in the standard PS/2 configuration. Arbitration levels may NOT be shared with other devices. Arbitration level conflicts will be marked with an asterick and must be resolved before using the adapter." NamedItem Prompt "Interrupt level" Choice "IRQ 3" pos[2]=XX000XXXB int 3 Choice "IRQ 4" pos[2]=XX001XXXB int 4 Choice "IRQ 5" pos[2]=XX010XXXB int 5 Choice "IRQ 6" pos[2]=XX011XXXB int 6 Choice "IRQ 7" pos[2]=XX100XXXB int 7 Choice "IRQ 9" pos[2]=XX101XXXB int 9 Choice "IRQ 10" pos[2]=XX110XXXB int 10 Choice "IRQ 12" pos[2]=XX111XXXB int 12 Help "An interrupt level must be assigned to this adapter. This interrupt will be shared by the GPIB controller and the DMA terminal count logic. If interrupt operation is not desired, the interrupts may be disabled with separate selections." NamedItem Prompt "GPIB controller interrupt" Choice "Enable" pos[2]=XXXXXX1XB Choice "Disable" pos[2]=XXXXXX0XB Help "When enabled, the GPIB controller will interrupt the CPU according to the interrupts selected in the interrupt mask/status registers. The interrupt will be generated on the interrupt level selected for the adapter." NamedItem Prompt "Terminal count interrupt" Choice "Enable" pos[2]=XXXXX1XXB Choice "Disable" pos[2]=XXXXX0XXB Help "When enabled, the DMA will interrupt the CPU when the terminal count state is reached. The interrupt will be generated on the interrupt level selected for the adapter." NamedItem Prompt "System controller" Choice "Enable" pos[2]=XXXXXXX1B Choice "Disable" pos[2]=XXXXXXX0B Help "When enabled, the MXI-1000 will assume the role of the system controller."