Current Output:

Mode 7: Outputs Data types 7, 8 and 10

Data Type  7: Pulse Integral
(31)    = 1
(30-27) = 7
(26-23) = channel number (0-15)
(22-21) = pulse number (0-3)
(20-19) = quality factor (0-3)
(18-0)  = pulse integral

Data Type  8: Pulse Time
(31)    = 1
(30-27) = 8
(26-23) = channel number (0-15)
(22-21) = pulse number (0-3)
(20-19) = quality factor (0-3)
(18-15) = reserved (read as 0)
(14-6)  = coarse time (9 bits)
(5-0)   = fine time (6 bits)

Data Type 10: Pedestal and Peak
(31)    = 1
(30-27) = 10
(26-23) = channel number (0-15)
(22-21) = pulse number (0-3)
(20-12) = pedestal, average of first 4 samples of window (9 bits)
(11-0)  = pulse peak value (12 bits)

Notes: No pedestal subtraction on integral or peak

New Proposed (Elton):

Mode X: Output data type X

Data Type  X: Pulse  Integral, Peak, Time, Pedestal
(31)    = 1
(30-27) = data type X
(26-23) = channel number (0-15)
(22-21) = pulse number (0-3)
(20-19) = quality factor (0-3)
          (bit 0 - underflow used,
           bit 1 - overflow used,
           bit 2 - truncated by readout window)
(18-0)  = pulse integral (19 bits)

(31)    = 0
(30-22) = coarse time (9 bits)
(21-16) = fine time (6 bits)
(15-13) = quality factor (3 bits)
(12-0)  = pulse peak, includes overflow (13 bits)

(31)    = 0
(30-28) = quality factor
(27-12) = pedestal sum (16 bits)
(11-5)  = number of samples in integral (7 bits)
(4-0)   = unused 

Notes: 
Sum is over samples in the pulse
pedestal sum = sum of sample 0 over N previous events. 
              Samples included only if they fall within 
              (ped-Delta_ped) < sample < (ped+Delta_ped), Delta_ped ~ 20
Integral = Sum - event pedestal sum
Peak = Peak sample - (window pedestal sum >> 4) - 0.4 


New Proposed (Sasha):

Mode X: Output data type X

Reported once per channel with hits.
(31)    = 1
(30-27) = Data type (4 bits)
(26-19) = event number (trigger number) (8 bits)
(18-15) = channel number (4 bits)
(14)    = pedestal quality bit (1 bit)
(13-0)  = pedestal sum (14 bits)

Reported multiple times for each individual pulse (always report integral and time)
(31)    = 0
(30)    = 1  Integral
(29-28) = pulse number (2 bits)
(27-10) = pulse integral (18 bits)
(9-7)   = quality (3 bits)
          (bit 0 - underflow used,
           bit 1 - overflow used,
           bit 2 - truncated by readout window)
(6-3)   = pedestal width (4 bits)
(2-0)   = unused (3 bits)

(31)    = 0
(30)    = 1  Time
(29-21) = coarse time (9 bits)
(20-15) = fine time (6 bits)
(14-3)  = pulse peak (12 bits)
(2-0)   = quality factor (3 bits)

(31)    = 0
(30)    = 0 raw data for mode 8
É..