Status at Glasgow

Pre-qualification Last Thursday pre-qualified 2 modules M-O-040 and M-O-044 Time table to qualification –Visual Inspection and conformation scans done on both –This week bond and test 1 st qualification module –2nd module bond after 1 st module fully electrically Perl scripts –running for data archiving –Cgi script for Web access to be edited

M-O band channels warm (35C) 23 band channels cold (11C) 23C –Average input noise: Link0 = 1387e, Link1 = 1353e, Module = 1370e; –Average gain, Link0 = 53.6 mV/fC, Link1 = 55.6 mV/fC, Module = 54.6 mV/fC; –Average threshold variation (for TrimRange 0), Link0 = 1.48 mV, Link1 = 1.71 mV –Noise Occupancy, Link0 = 1.08x 10 -5, Link1 = 4.43x 10 -6, Module = 7.63x –Average front-end input noise from Noise Occupancy, Link0 = 1416e, Link1 = 1369e, Module = 1393;

M-O-44 35C 19 bad channels 14C 23 bad channels Average threshold variation (for TrimRange -1), Link0 = 1.68 mV, Link1 = 1.36 mV, Module= 1.52 mV Average front-end input noise, from 10pt ResponseCurve without fan-in problem channels, Link0 = 1393e, Link1 = 1421e, Module = 1407e; Average gain, from 10pt ResponseCurve without fan-in problem channels, Link0 = 54.4 mV/fC, Link1 = 54.7 mV/fC, Module = 54.5mV/fC; Noise Occupancy,Link0 = 9.59x10 -6, Link1 =1.95x10 -5, Module = 1.45x10 -5 Average front-end input noise from Noise Occupancy,Link0 =1413e, Link1 =1444e,Module =1428e Average Timewalk,Link0 =6ns, Link1 =6ns,Module =6ns

NO M-O cold

NO M-O-40 warm

NO M-O-44 cold

IV M-O C

M-O-044