<!-- Title: 15:42:59  Wed Apr  7 2004 -->
<!-- Crewchief: Pulsar folks -->
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<!-- Notes: -->
<pre>Four RECES fibers have been splitted and readout successfully 
with RECES Pulsar in cosmic and L2 torture modes. plan to 
take beam data with RECES. Plan to finish the fiber splitting 
for other data paths soon and take some beam data.  
<a href= "http://hep.uchicago.edu/~thliu/projects/Pulsar/"> Pulsar Web page </a>.</pre>


<!-- Date: Wed Apr 7 23:25:35 2004 -->
<pre>One major milestone: RECES path (four channels) tested with beam 
with the fibers splitted by Chris. 
Looks like the 6 months old RECES input DAQ firmware works 
in the beam (this is the very first try! good job Sakari!). Need offline analysis to confirm. 
Note that this is also the first time that the TAXI mezzanine 
card is tested with real system with beam, and first time 
Pulsar multi-board readout tested with beam. 
The following is the entry posted by Cheng-Ju tonight... 
Chris and Dan: please tell us what you find with offline results 
here.  ---- Ted  
 
 Wed Apr 7 20:25:23 Run 181414 TERMINATE: MCR is ending the store - corrinne x2080 
-- Wed Apr 7 20:32:43 comment by...Cheng-Ju --   
Run 181414 was taken with Pulsar crate included in the run. 
One of the Pulsar board in the crate was configured to read 
the splitted RECESS fibers (4 fibers).  A quick look at the 
data in the look area shows that the Pulsar RECESS board was 
receiving the correct data from the SMXR boards.  We'll  
analyze the full data offline.  Furthermore, this run was 
taken using the new multi-board Pulsar readout code from  
the DAQ group.  The data shows that the new DAQ code for  
reading multiple Pulsar boards in a crate is working well. 
 
</pre>
<!-- Author: Ted for Cheng-Ju -->

<!-- Date: Thu Apr 8 17:06:18 2004 -->
<center><a href='/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-68&button=yes' target='xxx' onclick='jswindow()'><img src='/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-68' width='300'></a><a href='/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-69&button=yes' target='xxx' onclick='jswindow()'><img src='/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-69' width='300'></a><a href='/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-70&button=yes' target='xxx' onclick='jswindow()'><img src='/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-70' width='300'></a><a href='/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-71&button=yes' target='xxx' onclick='jswindow()'><img src='/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-71' width='300'></a></center>
<!-- Author: vadim -->
<!-- Date: Thu Apr 8 17:08:36 2004 -->
<table><tr><td><a href=/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-73&button=yes target='xxx' onclick='jswindow()'; align=top><img src=/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-73  width='300' align='top'></a></td><td>locos overhead</td></tr></table>
<!-- Author: vadim -->
<!-- Comment: Thu Apr  8 17;10;20 comment by...vadim -->
<pre>bunch of LA snapshots I took today in the trigger room. 

A new CLISt issue: there are events where the EOE comes outside the HSC boundary. back to firmware ....</pre>


<!-- Date: Mon Apr 12 18:40:15 2004 -->
<pre>Last Thursday we received a total of 30 "purple splitters" from  
Netoptic. All splitters are now labled with the results of the  
attenuation measurements conducted by NetOptics.  
 
NetOptics claims these 4 splitters are good for 850nm(LED) i.e. 
IsoList. 
 
Package: Heavy Duty, 3mm Jacket 
Fiber Type Corning 
Bandpass: 850 nm (LED) 
Multimode 62.5/125 um 
Part No.: 96034-50-850nm  
 
      Netoptics       FNAL 
Serial# loss1 loss2   lable 
53321    3.81  3.88   A850 
53318    3.78  4.16   B850 
53317    4.02  4.20   C850 
53319    4.10  3.85   D850 
 
 
The next 26 fibers NetOptics has tested at 1300nm(LED); for use 
in Muon and Reces case. In the NetOptic measurements you will  
find a few splitters where the attenuation on both split fibers  
is less then 3dB, which would be better then the theoretical  
limit. This gives us some idea about the precision of the  
NetOptics measurements. 
 
Package: Heavy Duty, 3mm Jacket 
Fiber Type Corning 
Bandpass: 1300 nm (LED) 
Multimode 62.5/125 um 
Part No.: 96034-50  
 
      Netoptics       FNAL 
Serial# loss1 loss2   lable 
53325   3.46  3.07    A  mu 
53316   3.69  3.37    B  mu 
53329   2.98  3.21    C  mu 
53311   3.30  3.40    D  mu 
53323   3.20  3.00    E  mu 
53328   3.10  2.98    F  mu 
53314   4.00  4.00    G  -- 
53314   2.98  3.04    H 
53327   3.69  4.42    I  -- 
53302   2.68  2.96    J 
53307   3.00  2.96    K  mu 
53326   3.25  2.94    L  mu 
53310   3.37  3.30    M  mu  
53304   3.02  3.13    N  mu 
53306   3.00  3.06    O 
53305   3.08  3.02    P 
53315   3.26  3.27    Q  mu 
53324   2.89  3.10    R 
53301   3.06  3.30    S 
53303   2.94  3.06    T 
53309   2.96  2.98    U 
53308   3.10  2.91    V 
53312   2.89  3.10    W 
53300   3.20  3.10    X 
53320   2.94  3.09    Y 
53322   3.60  3.68    Z  mu 
 
Splitters marked with (mu), are now being used in the Muon  
Spliter Box. Two splitters have at least one output with an  
attenuation worse the 4, marked (--), I would recomend not to use  
these maybe weak splitters in the system. The 12 unmarked  
splitters are, according to the NetOptics measurements, the best  
splitters in that batch. These are the splitters Chris will use  
to split 12 more RECES channles. 
 
</pre>
<!-- Author: Burkard -->


<!-- Date: Mon Apr 12 19:03:03 2004 -->
<pre>I built the Muon Splitter Box. Using the optical fiber meter of  
the Silicon folks I performed abolute and relative attenuation  
measurements. I glued this mesurments on top of the splitter box. 
 
MUON box measuerments 
          abs          rel 
     top     bot      top    bot 
 0  -22.20  -21.99   -3.76  -3.59 
 1  -21.68  -21.99   -3.26  -3.56 
 2  -22.12  -21.83   -3.67  -3.34 
 3  -22.59  -22.16   -4.20  -4.04 
 4  -21.89  -21.60   -4.28  -3.98 
 5  -21.52  -21.63   -3.40  -3.52 
 6  -22.03  -21.89   -4.14  -3.98 
 7  -21.44  -21.41   -3.63  -3.62 
 8  -21.49  -21.45   -3.70  -3.64 
 9  -21.34  -21.66   -3.43  -3.62 
10  -21.78  -21.74   -3.37  -3.36 
11  -21.60  -21.84   -3.55  -3.78 
12  -21.40  -21.63   -3.19  -3.38 
13  -21.80  -21.61   -3.70  -3.49 
14  -21.82  -21.95   -3.56  -3.70  
15  -21.66  -21.60   -3.43  -3.34 
 
the light yield when no fiber splitter is in the optical path is -18.04 dBm,  
the relative measurement was calibrated to 0.00 before I measured  
all channles, after all split fibers have been measured I read  
-0.07, thus giving some idea of the the accuracy of the relative  
measurement. 
 
This morning I completed the installation of the Muon splitter  
box. Now the L2 muon fibers are connected to the input to the  
splitter box (back side of the splitter box), the outputs of the  
splitter box are connected to the L2 Muon boards in the L2  
decision crate (front side of the splitter box, top row) and the  
L2 Pulsar crate (front side of the splitter box, bottom row).  
 
I looked into L2Pulsar TrigMon plots of L2 Torture and  
Cosmic_Notrack runs. Everythings looks fine, waiting for beam to  
see the muon fiber splitting work in real conditions. 
 
</pre>
<!-- Author: Burkard -->


<!-- Date: Tue Apr 13 09:39:23 2004 -->
<pre>Last night together with Steve K I swapped the two spare isopicks. Immediately after I took two cosmics (with the special trigger table) with fiber split and not. There were no errors. However, these tests are only half relevant since we've seen before differences between cosmics and beam, so the real test will be today with beam. The 2 fibers (3 and 5) remain split for now awaiting beam. </pre>
<!-- Author: vadim -->


<!-- Date: Tue Apr 13 20:59:34 2004 -->
<table><tr><td><a href=/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-75&button=yes target='xxx' onclick='jswindow()'; align=top><img src=/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-75  width='300' align='top'></a></td><td>The muon splitter box see its first beam.<br> 
Due to high p-losses slicon is not included.<br> 
Initial Lumi was 42E30, L1A ~16kHz.<br> 
Running for one hour by now, no problems so far.<br> 
</td></tr></table>
<!-- Author: Burkard -->
<!-- Comment: Wed Apr 14 00;16;58 comment by...Ted -->
<pre>good. if no single error by tomorrow morning, ask Cheng-Ju
to send a request for end of store test to readout the 2rd muon 
Pulsar in the Pulsar crate as well (still with RunIIa muon
firmware).</pre>
<!-- Date: Tue Apr 13 21:08:07 2004 -->
<table><tr><td><a href=/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-76&button=yes target='xxx' onclick='jswindow()'; align=top><img src=/cgi/elog/det-system-elog.pl?nb=l2upgrade&action=view&page=-76  width='300' align='top'></a></td><td>While I was checking on the Muons I also had a look at 
the Isolist, as after the exchange of two ISOPick boards we now have two more fibers split for isolist, now 5 out of 6 isopick fibers are splitted aswell as the iso master fiber. 
Run started w/o errors after about 400 monitor events I saw the error count of missmatches in energy increasing. I got impression that every monitor event with at least one cluster was also incresing the error count in the top right plot. I asked the DAQ ace to issue an HRR. Since then I did not see new errors in the top right plot. I called Vadim, he will have a look offline what is going on. For now we decided to accumulate more data for offline study of the potential problem. </td></tr></table>
<!-- Author: Burkard -->



<!-- Date: Thu Apr 15 20:09:09 2004 -->
<pre>to replace the optical driver for two IsoPick spares, 
we need to find two strong drivers from one of our Taxi 
mezzanine cards. Here is the measurement on one mezzanine 
card which we will take the good drivers from: 
 
Taxi Mezzanine card # 04: channel # is defined by looking 
at the mezzanine card from the label side (or clock jumper side) 
with optical drivers facing downwards, left most channel 
is defined as channel 1. the measurements were done with two 
different optical power meters: one from SVX people, the 
other from Devin (which is known to be more reliable). 
 
 
channel 1:  14.25 dBm (Devin's meter) and 14.55 dBm (SVX meter) 
channel 2:  14.02 dBm,                and 14.36 dBm 
channel 3:  14.62 dBm,                and 15.03 dBm 
channel 4:  14.42 dBm,                and 14.62 dBm 
 
all looking good and strong. we will pick the channel 1 and 2 
optical drivers to replace the one on two spare IsoPicks. 
The actual replacement will be done at high rise. 
 
 
 
 
</pre>
<!-- Author: Burkard and Ted -->


<!-- Date: Thu Apr 15 21:09:34 2004 -->
<pre>Split 16 XCES channels this afternoon.  The guts of the box look 
spectacular.  The patch panels are labelled with the Pulsar test  
channel 0:15 as well as the splitter ID and loss value for each 
branch. 
 
Here are the split lines and the pulsar input channel map: 
 
Pulsar channel    XCES channel     Taxi Tx strength(-dBm) 
  0                 0W                 15.20     (From Masa         
  1                 0E                 15.91       and Ted's  
  2                12E                 15.56       measurements) 
  3                15W                 16.00 
  4                14E                 15.73 
  5                 3W                 14.67 
  6                15E                 15.47 
  7                16W                 15.12 
  8                 5W                 13.22 
  9                19W                 15.69 
 10                 7W                 15.33 
 11                19E                 15.68 
 12                20E                 15.50 
 13                 9W                 15.08 
 14                21W                 14.82 
 15                21E                 14.97 
 
Tested the split channels with a battery of L2 Torture runs.  In 
most of the runs I set the XCES thresholds to some unique value 
to flood bits into the system or prevent bits from coming up  
the fibers.  Via TrigMon I monitored the performance for the 
Run 2A system.  There were no errors on the lines I split. 
 
After verifying that the Run 2A system was okay, I incuded  
b0l2pu00 in the readout.  The following runs were taken with 
these XCES thresholds: 
 
    
   Run 181752    0x0 and 0xffff alternating on each channel 
   Run 181754    0xc8 on all channels 
 
The first run gives us a nice pattern that we can see; the second 
set are really low thresholds which are used to exploit the 
presence of beam in the machine...we use the beam studies to give  
us collision-like data.  Daniel and I will examine both of these  
runs with PulsarMon to see if things are as one expects. 
 
The splitters are left in the system.  Beam is coming.  I will  
monitor the Run 2A system performace.  They are ready for beam 
test with readout of pulsar crate. 
 </pre>
<!-- Author: neu -->
<!-- Comment: Thu Apr 15 21;54;09 comment by...Ted -->
<pre>this is very good news. good careful job. the main thing left to 
do for splitting the world is one channel for Isolation path. 
we will take care of that early next week.</pre>


<!-- Date: Wed Apr 21 12:28:55 2004 -->
<pre>Wed Apr 21 11:13:39  
 
The crate processor b0l2pu00 LEVEL2_PULSAR_00 now has   
IP address 131.225.237.219 so that it will start showing   
up in the DAQMon plots.   The FNAL domain name server (DNS)   
is reloaded around 8 a.m. each morning, so until then   
you would have to :  
 
    setup fer  
    vxlogin 131.225.237.219  
 
to login into the crate remotely.   Note that minicom and   
the RunControl's FrontEndConsole and shepherding functions   
all use the serial port, so these features are not affected.  
 
 - W.Badgett </pre>
<!-- Author: Ted -->


<!-- Date: Wed Apr 21 16:15:45 2004 -->
<pre>I installed the Slink Muon board and the Slink Merger board in the Pulsar crate (b0l2pu00). A Pulsar AUX card with HOLA LSC cards is installed in the back of the Muon board. I use the Control FPGA on the RECES transmitter board to send XTRP test pattern to the Muon board. The Muon board takes in the split muon fibers performs itrs algorithms as in the RunIIa case but now formats a Slink package and send it out through the P3 connector. 
Installation is completed now I am waiting for the quiet time calibrations and special cosmic runs are done. Then I would like to proceed with Cosmic and L2 torture test.    
 
details of the installation are given below 
 
SLINK MUON  
=========== 
Pulsar: 0112 : dip(10..1): 0000010000 
clocks: 80MHz/40MHz 
Mezz.:  Hotlink Rx: 7,8,15,16 all on 4*cdfclk 
Jumpers: 
P3clk1 & P3clk2 default low 
Jtags default 
P2dir1 & P2dir2 default only possible (tps cut) 
fuse: 10A, 5A, 5A 
location: B0L2PU00 SLOT 5 
 
 
SLINK MERGER 
============ 
Pulsar: 0108 : dip(10..1): 0000001100 
clocks: 80MHz/40MHz 
Mezz: HOLA LDC S/N 01104, HOLA LDC S/N 01108, empty, empty 
Jumpers: 
P3clk1 & P3clk2 default low 
Jtags default 
P2dir1 & P2dir2 default only possible (tps cut) 
fuse: 10A, 5A, 5A 
location: B0L2PU00 SLOT 21 
 
 
AUX Card 
======== 
3.3 V  
Mezz left   HOLA LSC S/N 01503  
     right  HOLA LDC S/q aN 01502</pre>
<!-- Author: Burkard -->


<!-- Date: Wed Apr 21 17:35:15 2004 -->
<pre>cardEditor configuration of b0l2pu00: 
I updated the hardware database through cardEditor such that, we now read TP2D from all board in b0l2pu00. I verified that the sequence parameter is set such that the boards are read from the left to the right.  </pre>
<!-- Author: Burkard -->


<!-- Date: Wed Apr 21 17:41:00 2004 -->
<pre>boards in pulsar crate: 
reading from the IDPROM                comment 
Slot  5: 0000 081PULSAR MUON RX        Muon Rx Slink (new) 
Slot  8: 0000 081PULSAR MUON RX        RECES RX DataIO  
Slot 14: 0000 081PULSAR MUON RX        Cluster DataIO 
Slot 19: 0000 081PULSAR MUON TX        RECES Tx DataO/XTRP Control 
Slot 21: 0000 081PULSAR SLINK MERGER   Slink Merger (new) 
 
(new) = installed today    
</pre>
<!-- Author: Burkard -->


<!-- Date: Wed Apr 21 17:45:52 2004 -->
<pre>Measured the losses on all new fibers strung for XCES split data 
between 2RR31C and 2RR29C (16+4 spare): 
 
               Fiber            Loss (-dB) 
              =======          ============ 
XCES PULSAR     Test    0       0.69 
                        1       0.21 
                        2       0.45 
                        3       0.22 
                        4       0.71 
                        5       0.74 
                        6       0.65 
                        7       14.04 
                        8       0.34 
                        9       0.57 
                        10      0.93 
                        11      0.81 
                        12      0.79 
                        13      0.91 
                        14      0.35 
                        15      0.26 
(Spare)         Test    0       0.51 
                        1       0.27 
                        2       0.81 
                        3       0.42 
 
 
So clearly fiber 7 is a piece of junk.  This is the channel that  
we were having problems with in the TP2D readout.   
 
I swapped it out for one of my 4 spare fibers (spare 0).  This  
bad fiber has been marked as such.  All is ready to proceed with  
further cosmics/torture/beam tests.</pre>
<!-- Author: neu -->


<!-- Date: Wed Apr 21 21:21:03 2004 -->
<pre>SLINK MUON TO MERGER TESTING In L2 Torture and Cosmics 
 
During these runs I put RC to halt state and dumped the DAQ RAMs 
of the MUON and the MERGER board. Note the XTRP pattern is a test pattern sent by a Pulsar transmitter.  
 
 
Randomly Halted Runs 
 
 
BUFFER 0 
 
======================================================================== 
PULSAR IDPROM:  0000 081PULSAR MUON RX 
PULSAR RO REGs: 
CONTROL FPGA 4404150 
DATAIO1 FPGA 627ff16 
DATAIO2 FPGA 627ff16 
------------------------------------------------------------------------ 
DUMP DATA CONTENT 
 
PULSAR CONTROL INPUT     9 
 00208aa1 00208aa2 00208aa3 00208aa4 00208aa5 00208aa6 00208aa7 00208aa8 
 0060ffff 
 
PULSAR CONTROL OUTPUT    20 
 28800000 00208aa1 00208aa2 00208aa3 00208aa4 00208aa5 00208aa6 00208aa7 
 00208aa8 00048100 00048000 00129400 00129000 00131200 00131000 00188000 
 00188400 001c9000 001c9100 0060ffff 
 
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ 
 
PULSAR IDPROM:  0000 081PULSAR SLINK MERGER 
PULSAR RO REGs: 
CONTROL FPGA 2404160 
DATAIO1 FPGA 1404070 
DATAIO2 FPGA 1404070 
------------------------------------------------------------------------ 
DUMP DATA CONTENT 
 
PULSAR DATAIO1 FIBER 0   24 
 b0f00000 01000000 00000000 00208aa1 00208aa2 00208aa3 00208aa4 00208aa5 
 00208aa6 00208aa7 00208aa8 00048100 00048000 00129400 00129000 00131200 
 00131000 00188000 00188400 001c9000 001c9100 0060ffff 0013eeee e0f00000 
 
PULSAR CONTROL OUTPUT    28 
 b0f00000 010001fc 00000017 01000000 00000000 00208aa1 00208aa2 00208aa3 
 00208aa4 00208aa5 00208aa6 00208aa7 00208aa8 00048100 00048000 00129400 
 00129000 00131200 00131000 00188000 00188400 001c9000 001c9100 0060ffff 
 0013eeee e0f00000 0017eeee e0f00000 
 
 
======================================================================== 
 
 
======================================================================== 
PULSAR IDPROM:  0000 081PULSAR MUON RX 
PULSAR RO REGs: 
CONTROL FPGA 4404150 
DATAIO1 FPGA 627ff16 
DATAIO2 FPGA 627ff16 
------------------------------------------------------------------------ 
DUMP DATA CONTENT 
 
PULSAR CONTROL INPUT     9 
 00208bb1 00208bb2 00208bb3 00208bb4 00208bb5 00208bb6 00208bb7 00208bb8 
 0060ffff 
 
PULSAR CONTROL OUTPUT    22 
 28800000 00208bb1 00208bb2 00208bb3 00208bb4 00208bb5 00208bb6 00208bb7 
 00208bb8 00048100 00048000 00129400 00129000 00131200 00131000 00188000 
 00188400 001c9000 001c9100 001e4000 001e4020 0060ffff 
 
======================================================================== 
PULSAR IDPROM:  0000 081PULSAR SLINK MERGER 
PULSAR RO REGs: 
CONTROL FPGA 2404160 
DATAIO1 FPGA 1404070 
DATAIO2 FPGA 1404070 
------------------------------------------------------------------------ 
DUMP DATA CONTENT 
 
PULSAR DATAIO1 FIBER 0   26 
 b0f00000 01000001 00000000 00208bb1 00208bb2 00208bb3 00208bb4 00208bb5 
 00208bb6 00208bb7 00208bb8 00048100 00048000 00129400 00129000 00131200 
 00131000 00188000 00188400 001c9000 001c9100 001e4000 001e4020 0060ffff 
 0015eeee e0f00000  
 
PULSAR CONTROL OUTPUT    30 
 b0f00000 0100022d 00000019 01000001 00000000 00208bb1 00208bb2 00208bb3 
 00208bb4 00208bb5 00208bb6 00208bb7 00208bb8 00048100 00048000 00129400 
 00129000 00131200 00131000 00188000 00188400 001c9000 001c9100 001e4000 
 001e4020 0060ffff 0015eeee e0f00000 0019eeee e0f00000 
 
======================================================================== 
 
 
 
 
======================================================================== 
PULSAR IDPROM:  0000 081PULSAR MUON RX 
PULSAR RO REGs: 
CONTROL FPGA 4404150 
DATAIO1 FPGA 627ff16 
DATAIO2 FPGA 627ff16 
----------------------------------------------------------------------- 
DUMP DATA CONTENT 
 
PULSAR CONTROL INPUT     9 
 00208cc1 00208cc2 00208cc3 00208cc4 00208cc5 00208cc6 00208cc7 00208cc8 
 0060ffff 
 
PULSAR CONTROL OUTPUT    20 
 28800000 00208cc1 00208cc2 00208cc3 00208cc4 00208cc5 00208cc6 00208cc7 
 00208cc8 00048100 00048000 00129400 00129000 00131200 00131000 00188000 
 00188400 001c9000 001c9100 0060ffff 
 
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ 
 
PULSAR IDPROM:  0000 081PULSAR SLINK MERGER 
PULSAR RO REGs: 
CONTROL FPGA 2404160 
DATAIO1 FPGA 1404070 
DATAIO2 FPGA 1404070 
------------------------------------------------------------------------ 
DUMP DATA CONTENT 
 
PULSAR DATAIO1 FIBER 0   24 
 b0f00000 01000002 00000000 00208cc1 00208cc2 00208cc3 00208cc4 00208cc5 
 00208cc6 00208cc7 00208cc8 00048100 00048000 00129400 00129000 00131200 
 00131000 00188000 00188400 001c9000 001c9100 0060ffff 0013eeee e0f00000 
 
PULSAR CONTROL OUTPUT    28 
 b0f00000 01000002 00000017 01000002 00000000 00208cc1 00208cc2 00208cc3 
 00208cc4 00208cc5 00208cc6 00208cc7 00208cc8 00048100 00048000 00129400 
 00129000 00131200 00131000 00188000 00188400 001c9000 001c9100 0060ffff 
 0013eeee e0f00000 0017eeee e0f00000 
 
 
looks very promising :) 
 
These events are from run 182924 (L2 torture) and 182041  
(Cosmic_noTrack). Previous runs are not usefull as I found that  
the readoutcode overwrites the value in the control register  
(0x8) and such nullifying the selection of the slink input on the  
merger board. For now we will have to set this register (addr.  
0x8, value 0x1c) by hand when we are in the READY state before  
starting the run. 
 
 
</pre>
<!-- Author: Burkard -->


<!-- Date: Thu Apr 22 17:28:05 2004 -->
<pre>SVT folks need one more Puslar for RW beam test. We configured  
Pulsar #0003 with dataIO FPGAs using muon beam firmware (Aug.03 
version), to be consistent with what they have on Control FPGA. 
 
</pre>
<!-- Author: Ted -->
<!-- Comment: Thu Apr 22 17;29;53 comment by...Ted -->
<pre>Last use of this board was as SLINK Tx used to test the merger.
The COntrol FPGA should have that firmware now.

</pre>


<!-- Date: Wed Apr 28 11:43:58 2004 -->
<pre>Here some details of the setup in trigger room crate as pulled together last Thusday, 04/22/04: 
  
 
         +------------------------------------------+ 
         |                                          | 
         |   Setup in Trigger room crate b0l2pu00   | 
         |                                          | 
         +------------------------------------------+ 
 
 
SLINK MUON  
=========== 
Pulsar: 0112 : dip(10..1): 0000010000 
clocks: 80MHz/40MHz 
Mezz.:  Hotlink Rx: 7,8,15,16 all on 4*cdfclk 
Jumpers: 
P3clk1 & P3clk2 default low 
Jtags default 
P2dir1 & P2dir2 default only possible (tps cut) 
fuse: 10A, 5A, 5A 
location: B0L2PU00 SLOT 5 
 
 
RECES 
===== 
Pulsar 0113 dip (10..1): 0000010001 
clocks 80 MHz/40 MHz  --&gt; robo clock changed 
Mezz: TAXI Rx 02, 34, 15, 14 all on cdfclk 
Jumpers: 
P3clk1 & P3clk2 default low 
Jtags default 
P2dir1 & P2dir2 default only possible (tps cut) 
fuse: 10A, 5A, 5A 
location: B0L2PU00 SLOT 8 
 
 
CLUSTER 
======= 
Pulsar: 0105 : dip(10..1): 0000001100  
clocks: 80MHz/40MHz 
Mezz: TAXI Rx 01 (local), TAXI Rx 07(local), HOTLINK Rx 5, HOTLVDS Rx 1  
Jumpers: 
P3clk1 & P3clk2 default low 
Jtags default 
P2dir1 & P2dir2 default only possible (tps cut) 
fuse: 10A, 10A, 10A 
location: B0L2PU00 SLOT 15 
 
 
Reces Tx 
========= 
location: B0L2PU00 SLOT 19 
I didn't had a chance to check board ids, clocks, jumpers, mezz cards, etc 
 
 
SLINK MERGER 
============ 
Pulsar: 0108 : dip(10..1): 0000001100 
clocks: 80MHz/40MHz 
Mezz: HOLA LDC S/N 01104, HOLA LDC S/N 01108, empty, empty 
Jumpers: 
P3clk1 & P3clk2 default low 
Jtags default 
P2dir1 & P2dir2 default only possible (tps cut) 
fuse: 10A, 5A, 5A 
location: B0L2PU00 SLOT 21 
 
 
 
AUX Cards 
========= 
in the back of MUON, RECES and CLUSTER Receivers 
 
3.3 V  
Mezz left   HOLA LSC S/N 01503  
     right  none   (LDC taken off) 
 
3.3 V 
Mezz left   HOLA LSC S/N 01103 
     right  none 
 
3.3 V  
Mezz left   HOLA LSC S/N 01107  
     right  none 
 
</pre>
<!-- Author: Burkard -->