/*
	Configuration file for an ABCD3T module
	=======================================

	This is a brief explanation of the variables that have to be set :
	 - Link0 : enable MUSTARD channel 0 ( associated to first hybrid )
	 - Link1 : enable MUSTARD channel 1 ( associated to second hybrid )
         - Oddity : is hybrid even or odd? (-1 => oddity follws SELECT)
         - Chipset : 4 = ABCD2T (special case for ABCD3T not yet implemented)
         - DTM : "Enable Data Taking Mode" - set 1 here!!
         - Select : use primary or redundant clock and control
	 - Comp. : Compression mode
	 - Act. : chip active ?
	 - Cal_m : calibration mode
         - T_range: TrimDAC range
	 - Mask_r : mask readout ?
	 - Edge : edge detection mode ?
	 - Acc. : accumulation on ?
	 - Del. : strobe delay
	 - Vth : threshold voltage 
	 - Vcal : calibration pulse
	 - FEShp. : FE shaper
	 - FEBias : FE amplifier bias
	 - Role : role of chip 0 - missing  1 - dead   2 - end
	                       3 - master   4 - slave  5 - lonely 




	 THIS file is an example for a module with ABCD3T chips
       using the Liverpool AERO Readout Board.
*/

Module : Link0  Link1  Oddity Chipset DTM SC_MODE BPM_DRIVE VDC_DAC0 VDC_DAC1
           1      1      -1      4      1     0        3        750     750
	 Select  Vdet  Idet  	Vcc  Icc  	Vdd  Idd   	Vi1  iVi1 Vled0 Iled0 Vled1 Iled1 Vpin Ramp
	    0     120.   10.    3.5  1000.  4.0  1000.   0.  10.    3.	10.  3.	10.    0.   4

Chip 0 : Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25. 30.0   220.0    3  

Chip 1 : Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25. 30.0   220.0    4  

Chip 2 : Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25. 30.0   220.0    4  

Chip 3 : Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25. 30.0   220.0    4

Chip 4 : Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25. 30.0   220.0    4  

Chip 5 : Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25. 30.0   220.0    2

Chip 6 : Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25.  30.0   220.0    3  

Chip 7 : Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25.  30.0   220.0    4  

Chip 8 : Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25.  30.0   220.0    4  

Chip 9 : Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25.  30.0   220.0    4  

Chip 10: Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25.  30.0   220.0    4

Chip 11: Comp. Act. Cal_m T_range Mask_r Edge Acc. Del. Vth Vcal FEShp. FEBias Role
           1     1     0      0     0     0    0   12   550. 25.  30.0    220.0    2