contents of page: Unless otherwise noted, all data listed is with Vdd between 2.45 and 2.55V, Copper tabs running from analog ground to the space frame, and resistors between analog and digital ground at 10 Ohms. Data from before Oct 7, run 40 has .1uF filter capacitors around the DTMROCs and after run 41, they were replaced with .22uF caps. The internal pulse components for position 1 are not present for any of this data. The internal pulse components were removed from positions 5 and 8 before run 107 and have yet to be replaced. On Cooling name: date: Run#: Module?: Plate?: 0_mils Oct13 51 yes yes 30_mils Oct13 52 yes yes 70_mils Oct13 53 yes yes Edge_Plating_Connected Oct17 74 yes no Edge_Plating_Disconnected Oct17 75 yes no Copper_Tabs Oct17 74 yes no 16_5Ohm_Resistors Oct20 85 yes no 3.30uF Oct7 40 yes yes 7.50 Oct7 39 yes yes 12.54 Oct7 41 yes yes 0_Ohms Oct7 38 yes yes 10_Ohms Oct7 36 yes yes 50_Ohms Oct7 37 yes yes Module_1_14 Oct22 89 yes yes Module_1_11 Oct24 90 yes yes Grounded_Protection_Board Oct27 91 yes yes Pos4_Ungrounded_Protection_Brd Oct27 95 yes yes Normal_Protection_Board Oct17 74 yes no Grounded_Load_Board Oct17 81 yes no Pos5_Ungrounded_Protection_Brd Oct27 93 yes yes pulse_components_in Nov6 111 no no pulse_components_out Nov6 112 no no Normal_Connection Nov6 108 yes no Protection_Gnd_to_Tension_Gnd Nov6 113 yes no Tension_GND_to_Space_Frame Nov6 110 yes no Vdd_2.21V Sep25 13 yes no Vdd_2.52V Sep25 12 yes no Vdd_2.72V Sep25 11 yes no for the external pulse measurements, we were using Mitch and Godwin's programmable pulser, and we were testing channel 9 on position 5 of ar1fl. These measurements, of course, were made off the module. A delay of 46ns roughly corresponds to time zero of the 75ns window that we measure. So here we have taken a 50 ns window that lies in the middle of our 75ns picture. The value quoted here as the 50% threshold is the value from the 3.125ns bin in which the pulse actually arrived (the maximum value for each 75ns window).