EDET Hybrid M easurement Results 10 th April 2018 Eduard Prinker, 22 - PowerPoint PPT Presentation

EDET Hybrid M easurement Results 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 1

OVERVIEW t FROM HYBRID5 to EDET-HYBRID ● PHILOSOPHY ● CHANGES ● COMPLETED COMPONENTS t M APPING ISSUES t STANDARD M EASUREM ENTS t CALIBRATION ISSUES 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 2

FROM HYBRID5 TO NEW EDET HYBRID M otivation for new E1 Hybrid Board t Space Constraints ● EDET small matrix ( active area: 12x7mm 2 ) larger than BELLE small matrix ( 7.68x3.84mm 2 ) permitting connections to all DCDE and Switcher channels � new wirebond adapter t Integrate new connections ● compatibility to BELLE PS & PSP � Glenair connectors ● Switcher substrate line, Switcher V ref line ● enabling sense lines to all ASIC voltages t Decision on data interface Change 2 nd infiniband (JTAG lines) connector to RJ45 in order to get rid ● of JTAG breakout board 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 3

FROM HYBRID5 TO NEW EDET HYBRID Philosophy Starting with the functional BELLE II chain all components are stepwise replaced and tested band Infini band Infini J TAG Break- Hybrid5 Board BELLE II band Infini Out Board PS band Infini Samtec DHP DCD B-matrix RJ 45 band Infini SW Infini RJ 45 band DHE DHE 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 4

FROM HYBRID5 TO NEW EDET HYBRID CHANGE (I) – DCDE Starting with the functional BELLE II chain all components are stepwise replaced and tested band Infini band Infini J TAG Break- Hybrid5 Board BELLE II band Infini Out Board PS band Infini Samtec DHP DCDE B-matrix RJ 45 band Infini SW Infini RJ 45 band DHE DHE 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 5

FROM HYBRID5 TO NEW EDET HYBRID CHANGE (II) – EDET M ATRIX Starting with the functional BELLE II chain all components are stepwise replaced and tested band Infini band Infini J TAG Break- Hybrid5 Board BELLE II band Infini Out Board PS band Infini Samtec DHP DCDE E-matrix RJ 45 band Infini SW Infini RJ 45 band DHE DHE 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 6

FROM HYBRID5 TO NEW EDET HYBRID CHANGE (III) – EDET HYBRID BOARD Starting with the functional BELLE II chain all components are stepwise replaced and tested J TAG band Infini Break- E1 Hybrid Board BELLE II Out Board PS Samtec DHP DCDE E-matrix RJ SW 45 Infini RJ 45 band DHE DHE 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 7

FROM HYBRID5 TO NEW EDET HYBRID CHANGE (IV) – PSP Starting with the functional BELLE II chain all components are stepwise replaced and tested J TAG Glenair M icro D 51 band Infini Break- E1 Hybrid Board Breakout-Board PSP Out Glenair M icro D 51 Board PSP DHP DCDE E-matrix RJ SW 45 Infini RJ 45 band DHE DHE 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 8

FROM HYBRID5 TO NEW EDET HYBRID E1 – I – 01 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 9

FROM HYBRID5 TO NEW EDET HYBRID PSP Breakout-Board – Final Board 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 10

M APPING ISSUES Wire-Bonding then (BELLE II) … DOWN DOWN UP UP DOWN DOWN UP UP 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 11

M APPING ISSUES … and today (small EDET matrix) same WBA DOWN DOWN UP UP DOWN DOWN UP UP 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 12

M APPING ISSUES M APPING APPROACH (1) • wire-bonding starts with closest pad rows, i.e. 1->1, 2->2, 3->3, 4->4 0 1 2 3 3 2 1 0 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 13

M APPING ISSUES M atrix Arrangement DCD WB 0 16 255 253 254 252 64 32 80 48 251 249 250 248 1 96 17 112 M APPING APPROACH (2) 247 245 246 244 65 33 81 49 243 241 242 240 2 97 18 113 239 237 238 236 66 34 82 50 235 233 234 232 3 98 19 114 231 229 230 228 67 35 83 51 227 225 226 224 4 99 20 115 223 221 222 220 68 36 84 52 219 217 218 216 5 100 21 116 • enter correct pad connections from the layout in an excel sheet 215 213 214 212 69 37 85 53 211 209 210 208 6 101 22 117 207 205 206 204 • 70 38 86 54 electrical row consists of 4 geometrical rows 203 201 202 200 15 102 13 118 199 197 198 196 7 11 8 9 • 195 193 194 192 the pad arrangement for the EDET-Small-Matrix does not fully 14 10 31 12 191 189 190 188 25 29 23 27 187 185 186 184 28 24 30 26 correspond to the geometrical numbering: 3,2,1,0 � 3,1,2,0 183 181 182 180 43 47 41 45 179 177 178 176 42 39 44 40 175 173 174 172 51 46 59 63 • sort by DCD channel index & reversely by matrix index and copy 171 169 170 168 56 57 58 55 167 165 166 164 79 60 77 62 163 161 162 160 71 75 72 73 corresponding matrix to python program mapping.py 159 157 158 156 78 74 95 76 155 153 154 152 89 93 87 91 151 149 150 148 92 88 94 90 147 145 146 144 107 111 105 109 143 141 142 140 106 103 108 104 139 137 138 136 125 110 123 127 135 133 134 132 120 121 122 119 131 129 130 128 143 124 141 126 127 125 126 124 135 139 136 137 123 121 122 120 142 138 159 140 119 117 118 116 153 157 151 155 115 113 114 112 156 152 158 154 111 109 110 108 171 175 169 173 107 105 106 104 170 167 172 168 103 101 102 100 189 174 187 191 99 97 98 96 184 185 186 183 95 93 94 92 207 188 205 190 91 89 90 88 199 203 200 201 87 85 86 84 206 202 223 204 83 81 82 80 217 221 215 219 79 77 78 76 220 216 222 218 75 73 74 72 235 239 233 237 71 69 70 68 234 231 236 232 67 65 66 64 253 238 251 255 63 61 62 60 248 249 250 247 59 57 58 56 134 252 150 254 55 53 54 52 198 166 214 182 51 49 50 48 133 230 149 246 47 45 46 44 197 165 213 181 43 41 42 40 132 229 148 245 39 37 38 36 196 164 212 180 35 33 34 32 131 228 147 244 31 29 30 28 195 163 211 179 27 25 26 24 130 227 146 243 23 21 22 20 194 162 210 178 19 17 18 16 129 226 145 242 15 13 14 12 193 161 209 177 11 9 10 8 128 225 144 241 7 5 6 4 192 160 208 176 3 1 2 0 224 240 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 14

M APPING ISSUES M APPING – FUNCTIONAL TEST E1-I-02 Hybrid Board 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 15

HYBRID5 PROVISIONAL ARRANGEM ENT Laser Spot x-direction 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 16

STANDARD M EASUREM ENTS DCDE-M anual DAC-Registers 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 17

STANDARD M EASUREM ENTS DCDE Gain Variation Times lowest En30 En60 En90 En120 Gain Gain 0.061 1.0 1 1 1 1 0.063 1.0 0 1 1 1 0.065 1.1 1 1 1 0 0.067 1.1 0 1 1 0 0.087 1.4 1 0 1 1 0.091 1.5 0 0 1 1 0.095 1.6 1 0 1 0 0.100 1.7 0 0 1 0 0.154 2.5 1 1 0 1 0.167 2.8 0 1 0 1 0.182 3.0 1 1 0 0 0.200 3.3 0 1 0 0 0.667 11.0 1 0 0 1 1.000 16.5 0 0 0 1 2 33 1 0 0 0 Gain dynamic range for 200 ADU [µA] R f : En30 = 30k Resistor EDET BELLE 1 380 En60 = 3k En90 = 1.5k En30 30k 19k 1.5 250 En120 = 15k En60 3k 15k 3 137 R s = 15k ���� = � � En90 1.5k 26k 11 41 � � En120 15k not used 33 15 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 18

STANDARD M EASUREM ENTS BELLE (top) vs EDET (bottom) PS – low gain DHE current source limited to 75µA � solution: compound curves with IPDAC 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 19

STANDARD M EASUREM ENTS BELLE (top) vs EDET (bottom) PS – high gain 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 20

STANDARD M EASUREM ENTS M atrix based Transfer Curves – high gain 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 21

STANDARD M EASUREM ENTS DELAY SCAN – E1-I-04 10 th April 2018 Eduard Prinker, 22 nd International Workshop on DEPFET Detectors & Applications 22