Post-manufacture FINISHING-OFF sequence to production TIM-3E/MDT modules
========================================================================
	( This applies to the TIM-3E modules for MDT only )

			MP-UCL, 28-10-2005

*************************************************************************
NOTE :   For ***PHOTOS***, see :
------	 http://www.hep.ucl.ac.uk/atlas/sct/tim/tim-muons.shtml
	 http://www.hep.ucl.ac.uk/atlas/sct/tim/v3/TIM3C_Setup_Photos.pdf
************************************************************************

1)	Mark with white paint ( eg. Tippex ) the r/hand 'ON' side/edge
	of all four DIL switches SW7,8,9,10

2)	Add all links as per "SETTING-UP" list :
	http://www.hep.ucl.ac.uk/atlas/sct/tim/tim-muons.shtml

3)	Hardwire SERIAL NUMBER by un-soldering relevant pull-down 0 Ohm
	resistors  R90-97 below the U75 ( see Diag.07 ) :

		R97 = SERN(7) = MSB		          ***SEE PHOTO 7***
		R90 = SERN(0) = LSB

	- All these resistors are soldered in by manufacturer, thus 
	  setting all bits SERN<0-7> = GND = 0

	- Any bit which requires to be set HIGH = 1 needs to have resistor 
	  removed ( NOTE : Hexadecimal coding applies )
		    ------
	( on SCT & PIXELs TIM-3Cs, we have used serial numbers #26 to #49
	  in decimals only )

	- TO MAKE THE MVD/CSS TIM-3Es OBVIOUSLY AND IMMEDIATELY DIFFERENT,
	  WE WOULD SUGGEST THAT THE BITS SERN(6) and SERN(5) ARE SET TO '1'
	  ( ie. the resistors R96 and R95 are removed ) ON ALL TIM-3E
	  MODULES

	- This would give TIM-3E modules the serial number range from
	  #60 upward. ( NOTE : Hexadecimal coding applies )
			------

4)	Set VME Base Address switches as required for non-geographic
	addressing mode - if needed		          ***SEE PHOTO 1***

	( NOTE :  TIM-3E defaults to Base Address 0x0D00, which is the
	  ------  VME Geographical Address of "Slot 13" )

5)      You may wish to add an extra stiffening bar across the J1,J2,J3
	backplane connectors. Remember to cover the top and bottom of
	this bar with Kapton insulating tape.	      ***SEE PHOTOS 0,14***
        - Use 3.6mm pre-cut spacers, with the MACHINED FACE *UPWARD*.
        - Use : M2.5x 16mm, PAN head, slotted, screws ( eg. RS 130-606 )
	Otherwise, the J1,J2,J3 should have the missing M3 screws added.

6)	You may wish to add the missing two M3 fastening screws on PL1.



								/cont:



					- 2 -



7)	Use a cotton bud to lubricate all individual 'sockets' of
	the J21, J22, J23 daughter-board connectors on the 'component'
	side of the PCB ( use WD-40 or similar )

8)	If using TTCrq modules, insert the 7mm dual-line spacers into each
	of the J21, J22 ( 2x 25pins ) and J23 ( 2x 13pins ) connectors
						          ***SEE PHOTO 8***
	( NOTE :  Use 'E-tec' DIS-250-S009-01 spacers, available from
	  ------  E-tec Interconnect (UK) Ltd )

9)	To allow TIM-3E modules to be re-programmed in a full crate,
	we recommend that the following adaptor is made :

	- Glue a FCI 98414-S08-14U ( 2mm pitch, 2x7 pin ) shrouded header
	  into the pre-cut slot in the front panel, using Araldite

	- Connect the J4C header on PCB to this header, using two short
	  lengths of 14-way 1mm pitch ribbon cable FCI 91820-014,
	  with four 2mm pitch, 2x7 pin cable IDC connectors FCI 89947-314,
	  and one 2x7 pin header/adaptor ( eg. Molex 877581416 ).
					           ***SEE PHOTOS 9,10,11***
	( NOTE :  FCI is available from FCI or Avnet or Newark/Farnell.
	  ------  Molex is available from Molex or Farnell )

10)	Check for shorts between all power fuses FS1 - FS5 and to GND

11)	Plug the TIM-3E module INTO SLOT 13 OF ROD CRATE ONLY !!!

12)	Switch on crate power. Check for smoke (!)
	Check currents drawn : < 8A for +5V supply

13)	Program the FPGA-1 & 2
	- If correctly programmed, there should be at least 1x
	  flashing LED for each of the two FPGA's






					This Version : MP - UCL, 28 Oct. 2005


					Previous versions :	 06 Oct. 2005
								 11 Aug. 2005
								 09 Aug. 2005
								 04 Aug. 2005
								 27 Jul. 2005