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Name |
Description |
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Overview of the STX104 register set. | |
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Software Strobe Register. Expanded version of the ADC Software Trigger Register. | |
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ADC Data LSB. Please refer to ADC Data Register for further details. | |
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ADC Data MSB. Please refer to ADC Data Register for further details. | |
|
ADC Data Register. | |
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ADC Channel Scan Register | |
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Digital Output Register. | |
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Digital Input Register. | |
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DAC Channel-A LSB. Please Refer to DAC Channel-A Register Details. | |
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DAC Channel-A MSB. Please Refer to DAC Channel-A Register Details. | |
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DAC Channel-A Register | |
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DAC Channel-B LSB. Please Refer to DAC Channel-B Register Details. | |
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DAC Channel-B MSB. Please Refer to DAC Channel-B Register Details. | |
|
DAC Channel-B Register | |
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Clear Interrupt Register | |
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ADC Status Register. | |
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ADC Control Register | |
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Pacer Clock Control | |
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FIFO Status MSB Register. | |
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ADC Configuration Register | |
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8254 CTO Data Register. Please refer to the 8254 Configuration Register for further details. | |
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8254 CT1 Data Register. Please refer to the 8254 Configuration Register for further details. | |
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8254 CT2 Data Register. Please refer to the 8254 Configuration Register for further details. | |
|
8254 Configuration Register | |
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FIFO Status LSB Register. Please refer to FIFO Status MSB Register for details. | |
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Index Data LSB. Please refer to Index Data Register for further details. | |
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Index Data MSB. Please refer to Index Data Register for further details. | |
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Index Data Register | |
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Index Pointer Register. The purpose of utilizing an indexed array of registers is to fit a large number of registers into a small region of I/O address space. The indexed array of registers are banked onto of the 8254 I/O address space. At power up or reset, the entire STX104 register set will appear and function exactly as the previous firmware version of the STX104 card. By writing a special pattern to the ADC Configuration Register one can bank between the 8254 and indexed array registers as well as configure other STX104 registers for enhanced modes of operation. | |
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Conversion Disable Register. DAS1602 Compatible Configuration Register. In 10-bit address decode mode, the DAS1602 compatible registers are also accessible through the indexed register set. | |
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ADC Burst Mode Enable Register. DAS1602 Compatible Configuration Register. In 10-bit address decode mode, the DAS1602 compatible registers are also accessible through the indexed register set. | |
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ADC Function Enable Register. DAS1602 Compatible Configuration Register. In 10-bit address decode mode, the DAS1602 compatible registers are also accessible through the indexed register set. | |
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ADC Extended Status Register. DAS1602 Compatible Configuration Register. In 10-bit address decode mode, the DAS1602 compatible registers are also accessible through the indexed register set. | |
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General Configuration Register | |
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Interrupt Source Select Register | |
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Interrupt Source Select Register | |
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Interrupt Threshold Register | |
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Digital Output Configuration Register | |
|
Digital Input Register | |
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Trigger Configuration Register | |
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Trigger Start Delay Register. Range is 0 to 53.68 Seconds in steps of 25 nanoseconds. | |
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Analog Input General Configuration Register | |
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Analog Input Frame Timer Register. Range is 5 uSec to 53.68 Seconds in steps of 25 nanoseconds. | |
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Analog Input Burst Timer. Adjusts timing between samples during ADC-burst mode. | |
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Analog Input Frame Count Register. | |
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Miscellaneous Output Configuration Register | |
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FIFO Data Available Register | |
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FIFO Configuration Register | |
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Scratch Pad Register | |
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Board Identification Register |