Difference between revisions of "Warren Parsons MS Thesis"
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== V1495 Data format== | == V1495 Data format== | ||
| − | =CODA | + | =CODA Readout= |
The V1495 module transfers data 16 bits at a time to the ROC. An array within the ROC memory will be filled with the V1495 data stream 16 bits at a time to optimize data throughout. The array within the ROC memory will then be transferred to the host computer and stored. | The V1495 module transfers data 16 bits at a time to the ROC. An array within the ROC memory will be filled with the V1495 data stream 16 bits at a time to optimize data throughout. The array within the ROC memory will then be transferred to the host computer and stored. | ||
| + | |||
| + | ==ROC library== | ||
| + | |||
| + | ==Readout list== | ||
| + | |||
| + | == Data Format == | ||
=QwAnalaysis= | =QwAnalaysis= | ||
Revision as of 16:56, 11 June 2009
VFAT readout card
I2C
Gumstick
V1495 User Firmware
General introduction to the readout scheme
Readout Blockdiagram
Changing MCLK frequency
Output MCLK and Level 1 Trigger
VFAT input port
V1495 Data format
CODA Readout
The V1495 module transfers data 16 bits at a time to the ROC. An array within the ROC memory will be filled with the V1495 data stream 16 bits at a time to optimize data throughout. The array within the ROC memory will then be transferred to the host computer and stored.