1 Test Program for the First Pilot Module Christian Koffmane, Felix Müller, Eduard Prinker, Jakob Haidl

2 First power up of Pilot Run #Taskautomatic/manual 1Power up ASICsautomatic 2sanity check: voltages and currentsmanual/automatic 3configure JTAG, set termination resistors in Switcher 6 TO DO: readout of temperatureautomatic 4sanity check: voltages and currents; DHPT temperaturemanual 5Power Down, Add BoundaryScan Board, Repeat steps 1-4 6check boundary scan (incl. DHPT-DCD links)automatic 7Power Down, Disconnect BoundaryScan Board, Repeat steps 1-4 8scan DHPT link parameters (amplitude, boost, delay)automatic 9Set optimal aurora parameters into inifile 10 PowerCycle of System (ASICs, DHE, EPICS of DHH) - Repeat steps 1,4 11digital test pattern, delay scanautomatic 12program SWB sequence (192 channels) - switch DHPT output still onautomatic 13increase DCDPP current limitautomatic 14enable DCDPP analog part: analog CMC off, no pedestal correctionautomatic 15sanity check: voltages and currentsmanual/automatic 16check test pattern again 17Manual Delay tuning (raw data read-out => minimize noise) 18power up DEPFET voltageslist of voltages - Rainerautomatic

3 #Task automatic/man ual 19sanity check: voltages and currents;manual 20raw data read-out, 1 single DHPPixel mapping, DCD channel maskingautomatic 21check: pedestal distribution, noiseautomatic 22check: response on light (laser)manual 23set Gate_On to Gate_Off 24sampling point scanTO DO: check sequence - verify with EMCMautomatic 25optimization of DEPFET voltages,automatic 26store pedestal values for 2-bit DAC offset correctionautomatic 27upload pedestals for zero suppressed readoutmemory mapping (timing)automatic 28trigger zero suppressed frames (no data should arrive) 29Laser spot (move laser accros the matrix) 30Source measurement 31 32power down DEPFET voltagesPOWER DOWNautomatic 33disable DHPT to SWB control signalsautomatic 34disable DCDPP analog partautomatic 35decrease current limitsautomatic 36power down ASIC voltagsautomatic