DIB-table-2014-Jun-11

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Last updated 2014 Jun 11

 address	DIB table:	1	2	3	4	5	6	7	8	9
 0	General control 	0x0A	0x0A	0x0A	0x0A	0x0A	0x0A	0x0A	0x0A	0x0A
 1	global enables	        0x01    0x01 	0x01 	0x01 	0x01 	0x01 	0x01 	0x01 	0x01
 2	front enables	        0x29 	0x29 	0x29 	0x29 	0x29 	0x29 	0x29 	0x29 	0x29
 3	front decimation	0x00 	0x00 	0x00 	0x00 	0x00 	0x00 	0x00 	0x00 	0x00
 4	rear enables	        0x2D 	0x2D 	0x2D 	0x2D 	0x2D 	0x2D 	0x2D 	0x2D 	0x2D
 5	rear decimation	        0x85 	0x85 	0x85 	0x85 	0x85 	0x85 	0x85 	0x85 	0x85
 6	pulser frequency code	0x0B 	0x0B 	0x0B 	0x0B 	0x0B 	0x0B 	0x0B 	0x0B 	0x0B
 7	front slow threshold	0x0C    0x0C    0x20    0x0C    0x30    0x3A    0x0C    0x0C    0x1A
 8	front fast threshold	0x30    0x22    0x30    0x22    0x40    0xFF    0x40    0x22    0x50
 9	rear slow threshold	0x30    0x30    0x30    0x30    0x30    0x30    0x30    0x30    0x30
 10	rear fast threshold	0x60    0x45    0x75    0xC0    0x45    0x60    0x45    0xFF    0x60
 11	12-bit pulser amplitude	0x00 	0xFF 	0x00 	0x00 	0x00 	0x00 	0x00 	0x00 	0x00

A note on converting front slow threshold values to keV:

Very roughly, the standard threshold, 0x0C, represents a little under 3 keV. Each step is ~0.2 keV, so 0x58 is roughly 3+(88-12)*0.2 = 18 keV. But in the end we want to calibrate this using flare data.

Old tables: DIB-table-2014-May-28, DIB-table-2014-May-20, DIB-table-2014-May-12,DIB-table-2013-Feb-14, DIB-table-2013-Sep-30, DIB-table-2014-Jan-08, DIB-table-2014-Jan-29, DIB-table-2014-Feb-27, DIB-table-2014-Mar-11, DIB-table-2014-Apr-07, DIB-table-2014-Apr-11, DIB-table-2014-Apr-15

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