Coverage for src/susi/io/camera_calibration_constants.py: 100%
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1"""
2Calibration constants for SUSI Cameras
4Authors: K. Heerlein
5"""
7from dataclasses import dataclass
8from . import camera_definitions as cam_defs
10# calibration parameters for sensor 16301F0_019
11# EM camera
12# calibration done during ambient tests and TV test in Vötsch-2 2020
13s_GSENSE_lotno_16301F0 = '16301F0'
14s_GSENSE_sn_019 = '019'
15s_GSENSE_sn_048 = '048'
16c_Temp_GSENSE_16301F0_019_f = 0.487406
17c_Temp_GSENSE_16301F0_019_o = -293.346
19# calibration parameters for sensor 17301F0_003
20# FM1=SJ
21# calibration done during TV test in Vötsch-2 2020_06_17
22# using temp at 20degC and T at 0 degC
23c_Temp_GSENSE_17301F0_003_f = 0.5005
24c_Temp_GSENSE_17301F0_003_o = -293.346
26# calibration parameters for sensor 17301F0_021
27# FM2=SP2
28# 2020_10_05 preliminary calibration, tested in clean tent, identical to 16301F0_019 values
29c_Temp_GSENSE_17301F0_021_f = 0.487406
30c_Temp_GSENSE_17301F0_021_o = -293.346
32# conversion factors
33# BB#1 and #BB2
34s_calibration = 'calibrations'
35s_calibrationnote = 'calibrations note'
38@dataclass
39class t_ConvBB1():
40 cst_ADCconv = 5 / 4095
41 cst_DACconv = 5 / 4095
42 f_DAC_cst_VTX_H = 37 / 47 * cst_DACconv
43 o_DAC_cst_VTX_H = 0
44 f_DAC_cst_VHDR_L = 82 / 104 * cst_DACconv
45 o_DAC_cst_VHDR_L = -0.5288
47 f_DAC_cst_VTX_L = 82 / 104 * cst_DACconv
48 o_DAC_cst_VTX_L = -0.5288
50 f_DAC_cst_VRST_L = 82 / 104 * cst_DACconv
51 o_DAC_cst_VRST_L = -0.5288
53 f_DAC_cst_VRST_H = 37 / 47 * cst_DACconv
54 o_DAC_cst_VRST_H = 0
56 f_DAC_cst_SPARE = 1 * cst_DACconv
57 o_DAC_cst_SPARE = 0
59 f_DAC_cst_VHDR_H = 37 / 47 * cst_DACconv
60 o_DAC_cst_VHDR_H = 0
62 f_DAC_cst_RAMP_VSIG = 31 / 47 * cst_DACconv
63 o_DAC_cst_RAMP_VSIG = 0
65 f_DAC_cst_VREF = 31 / 47 * cst_DACconv
66 o_DAC_cst_VREF = 0
68 f_DAC_cst_RAMP_VREF = 31 / 47 * cst_DACconv
69 o_DAC_cst_RAMP_VREF = 0
71 f_DAC_cst_VDDPIX = -0.275 * cst_DACconv # -0.00034
72 o_DAC_cst_VDDPIX = 3.20548
74 f_DAC_cst_TEST_VSIG = 31 / 47 * cst_DACconv
75 o_DAC_cst_TEST_VSIG = 0
77 f_DAC_cst_TEST_VREF = 31 / 47 * cst_DACconv
78 o_DAC_cst_TEST_VREF = 0
80 o_ADC_cst_VHDR_L = 0
81 o_ADC_cst_VTX_L = 0
82 o_ADC_cst_VRST_L = 0
84 cst_TemperaturetoADC15_cst1 = -0.0089
85 cst_TemperaturetoADC15_cst2 = 18.9236
86 cst_TemperaturetoADC15_offs = 1938.7009
87 cst_ADC15toTemperature_cst1 = 1.3535E-06
88 cst_ADC15toTemperature_cst2 = 0.047781
89 cst_ADC15toTemperature_offs = -97.748
90 cst_ADC02toTemperature_cst1 = 5E-06
91 cst_ADC02toTemperature_cst2 = 0.0631
92 cst_ADC02toTemperature_offs = -238.1
93 cst_ADC01toTemperature_cst1 = 5E-06
94 cst_ADC01toTemperature_cst2 = 0.0631
95 cst_ADC01toTemperature_offs = -238.1
96 cst_Temp_GSENSE_fac = c_Temp_GSENSE_16301F0_019_f
97 cst_Temp_GSENSE_offs = c_Temp_GSENSE_16301F0_019_o
100@dataclass
101class t_ConvEM1():
102 # Version: 2020_07_22 population values of SensorBoard SN2
103 # do not edit: calibration factors based on populated resistors
104 VBIAS1_VTXH_f = 0.7881
105 VBIAS1_VTXH_o = 0.0000
107 VBIAS5_VRSTH_f = 0.7884
108 VBIAS5_VRSTH_o = 0.0000
110 VBIAS4_VRSTL_f = 0.7872
111 VBIAS4_VRSTL_o = -0.5319
113 VBIAS3_VTXL_f = 0.7880
114 VBIAS3_VTXL_o = -0.5299
116 VBIAS7_VHDRH_f = 0.7896
117 VBIAS7_VHDRH_o = 0.0000
119 VBIAS2_VHDRL_f = 0.7869
120 VBIAS2_VHDRL_o = -0.5328 + 0.08 # 2020_10_21 Bench not optimal yet
122 VBIAS9_RAMPVSIG_f = 0.6598
123 VBIAS9_RAMPVSIG_o = 0.0000
125 VBIAS11_RAMPVREF_f = 0.6567
126 VBIAS11_RAMPVREF_o = 0.0000
128 VBIAS13_TESTVSIG_f = 0.6588
129 VBIAS13_TESTVSIG_o = 0.0000
131 VBIAS10_VREF_f = 0.6595
132 VBIAS10_VREF_o = 0.0000
134 VBIAS14_TESTVREF_f = 0.6592
135 VBIAS14_TESTVREF_o = 0.0000
137 VBIAS12_DACVPIX_f = -0.2769
138 VBIAS12_DACVPIX_o = 3.2121
139 # _ do not edit: calibration factors based on populated resistors
141 cst_ADCconv = 5 / 4095
142 cst_DACconv = 5 / 4095
143 f_DAC_cst_VTX_H = VBIAS1_VTXH_f * cst_DACconv # 37/47 * cst_DACconv
144 o_DAC_cst_VTX_H = VBIAS1_VTXH_o
146 f_DAC_cst_VHDR_L = VBIAS2_VHDRL_f * cst_DACconv # 82/104 * cst_DACconv
147 o_DAC_cst_VHDR_L = VBIAS2_VHDRL_o
149 f_DAC_cst_VTX_L = VBIAS3_VTXL_f * cst_DACconv # 82/104 * cst_DACconv
150 o_DAC_cst_VTX_L = VBIAS3_VTXL_o
152 f_DAC_cst_VRST_L = VBIAS4_VRSTL_f * cst_DACconv # 82/104 * cst_DACconv
153 o_DAC_cst_VRST_L = VBIAS4_VRSTL_o
155 f_DAC_cst_VRST_H = VBIAS5_VRSTH_f * cst_DACconv # 37/47 * cst_DACconv
156 o_DAC_cst_VRST_H = VBIAS5_VRSTH_o
158 f_DAC_cst_SPARE = 1 * cst_DACconv
159 o_DAC_cst_SPARE = 0
161 f_DAC_cst_VHDR_H = VBIAS7_VHDRH_f * cst_DACconv # 37/47 * cst_DACconv
162 o_DAC_cst_VHDR_H = VBIAS7_VHDRH_o
164 f_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_f * cst_DACconv # 31/47 * cst_DACconv
165 o_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_o
167 f_DAC_cst_VREF = VBIAS10_VREF_f * cst_DACconv # 31/47 * cst_DACconv
168 o_DAC_cst_VREF = VBIAS10_VREF_o
170 f_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_f * cst_DACconv # 31/47 * cst_DACconv
171 o_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_o
173 f_DAC_cst_VDDPIX = VBIAS12_DACVPIX_f * cst_DACconv # -0.000336
174 o_DAC_cst_VDDPIX = VBIAS12_DACVPIX_o
176 f_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_f * cst_DACconv # 31/47 * cst_DACconv
177 o_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_o
179 f_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_f * cst_DACconv # 31/47 * cst_DACconv
180 o_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_o
182 o_ADC_cst_VHDR_L = -0.050
183 o_ADC_cst_VTX_L = +0.010
184 o_ADC_cst_VRST_L = +0.003
186 cst_TemperaturetoADC15_cst1 = -0.0089
187 cst_TemperaturetoADC15_cst2 = 18.9236
188 cst_TemperaturetoADC15_offs = 1938.7009
189 cst_ADC15toTemperature_cst1 = 1.3535E-06
190 cst_ADC15toTemperature_cst2 = 0.047781
191 cst_ADC15toTemperature_offs = -97.748
192 cst_ADC02toTemperature_cst1 = 5E-06 # R34 on FPGA Board SN5 =8k25
193 cst_ADC02toTemperature_cst2 = 0.0639 # R34 on FPGA Board SN5 =8k25
194 cst_ADC02toTemperature_offs = -239.01 # R34 on FPGA Board SN5 =8k25
195 cst_ADC01toTemperature_cst1 = 5E-06
196 cst_ADC01toTemperature_cst2 = 0.0631
197 cst_ADC01toTemperature_offs = -238.1
198 cst_Temp_GSENSE_fac = c_Temp_GSENSE_16301F0_019_f
199 cst_Temp_GSENSE_offs = c_Temp_GSENSE_16301F0_019_o
202@dataclass
203class t_ConvFM1():
204 # Version: 2020_07_22 population values of SensorBoard SN3
205 # do not edit: calibration factors based on populated resistors
206 VBIAS1_VTXH_f = 0.7887
207 VBIAS1_VTXH_o = 0.0000
209 VBIAS5_VRSTH_f = 0.7895
210 VBIAS5_VRSTH_o = 0.0000
212 VBIAS4_VRSTL_f = 0.8012
213 VBIAS4_VRSTL_o = -0.4969
215 VBIAS3_VTXL_f = 0.8017
216 VBIAS3_VTXL_o = -0.4957
218 VBIAS7_VHDRH_f = 0.7906
219 VBIAS7_VHDRH_o = 0.0000
221 VBIAS2_VHDRL_f = 0.8009
222 VBIAS2_VHDRL_o = -0.4979
224 VBIAS9_RAMPVSIG_f = 0.6593
225 VBIAS9_RAMPVSIG_o = 0.0000
227 VBIAS11_RAMPVREF_f = 0.6606
228 VBIAS11_RAMPVREF_o = 0.0000
230 VBIAS13_TESTVSIG_f = 0.6582
231 VBIAS13_TESTVSIG_o = 0.0000
233 VBIAS10_VREF_f = 0.6591
234 VBIAS10_VREF_o = 0.0000
236 VBIAS14_TESTVREF_f = 0.6586
237 VBIAS14_TESTVREF_o = 0.0000
239 VBIAS12_DACVPIX_f = -0.2757
240 VBIAS12_DACVPIX_o = 3.2236
241 # _do not edit: calibration factors based on populated resistors
242 cst_ADCconv = 5 / 4095 # 2020_07_22: we use 5/4095
243 cst_DACconv = 5 / 4095 # 2020_07_22: we use 5/4095
244 f_DAC_cst_VTX_H = VBIAS1_VTXH_f * cst_DACconv # 37/47 * cst_DACconv
245 o_DAC_cst_VTX_H = VBIAS1_VTXH_o
247 f_DAC_cst_VHDR_L = VBIAS2_VHDRL_f * cst_DACconv # 82/104 * cst_DACconv
248 o_DAC_cst_VHDR_L = VBIAS2_VHDRL_o
250 f_DAC_cst_VTX_L = VBIAS3_VTXL_f * cst_DACconv # 82/104 * cst_DACconv
251 o_DAC_cst_VTX_L = VBIAS3_VTXL_o
253 f_DAC_cst_VRST_L = VBIAS4_VRSTL_f * cst_DACconv # 82/104 * cst_DACconv
254 o_DAC_cst_VRST_L = VBIAS4_VRSTL_o
256 f_DAC_cst_VRST_H = VBIAS5_VRSTH_f * cst_DACconv # 37/47 * cst_DACconv
257 o_DAC_cst_VRST_H = VBIAS5_VRSTH_o
259 f_DAC_cst_SPARE = 1 * cst_DACconv
260 o_DAC_cst_SPARE = 0
262 f_DAC_cst_VHDR_H = VBIAS7_VHDRH_f * cst_DACconv # 37/47 * cst_DACconv
263 o_DAC_cst_VHDR_H = VBIAS7_VHDRH_o
265 f_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_f * cst_DACconv # 31/47 * cst_DACconv
266 o_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_o
268 f_DAC_cst_VREF = VBIAS10_VREF_f * cst_DACconv # 31/47 * cst_DACconv
269 o_DAC_cst_VREF = VBIAS10_VREF_o
271 f_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_f * cst_DACconv # 31/47 * cst_DACconv
272 o_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_o
274 f_DAC_cst_VDDPIX = VBIAS12_DACVPIX_f * cst_DACconv # -0.000336
275 o_DAC_cst_VDDPIX = VBIAS12_DACVPIX_o
277 f_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_f * cst_DACconv # 31/47 * cst_DACconv
278 o_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_o
280 f_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_f * cst_DACconv # 31/47 * cst_DACconv
281 o_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_o
283 o_ADC_cst_VHDR_L = 0
284 o_ADC_cst_VTX_L = 0
285 o_ADC_cst_VRST_L = 0
287 cst_TemperaturetoADC15_cst1 = -0.0089
288 cst_TemperaturetoADC15_cst2 = 18.9236
289 cst_TemperaturetoADC15_offs = 1938.7009
290 cst_ADC15toTemperature_cst1 = 1.3535E-06
291 cst_ADC15toTemperature_cst2 = 0.047781
292 cst_ADC15toTemperature_offs = -97.748
293 cst_ADC02toTemperature_cst1 = 5E-06
294 cst_ADC02toTemperature_cst2 = 0.0631
295 cst_ADC02toTemperature_offs = -234.1 # 2020_06_06 offset raised by 4 degC to match TV measurements
296 cst_ADC01toTemperature_cst1 = 5E-06
297 cst_ADC01toTemperature_cst2 = 0.0639 # to be verified if 8k25 was populated
298 cst_ADC01toTemperature_offs = -233.1 # 2020_06_06 offset raised by 4 degC to match TV measurements
299 cst_Temp_GSENSE_fac = c_Temp_GSENSE_17301F0_003_f
300 cst_Temp_GSENSE_offs = c_Temp_GSENSE_17301F0_003_o
303@dataclass
304class t_ConvFM2():
305 # Version: 2020_07_22 population values of SensorBoard SN4
306 # do not edit: calibration factors based on populated resistors
307 VBIAS1_VTXH_f = 0.7898
308 VBIAS1_VTXH_o = 0.0000 - 0.006 # 2020_10_21 Bench
310 VBIAS5_VRSTH_f = 0.7900
311 VBIAS5_VRSTH_o = 0.0000 - 0.006 # 2020_10_21 Bench
313 VBIAS4_VRSTL_f = 0.8013
314 VBIAS4_VRSTL_o = -0.4967
316 VBIAS3_VTXL_f = 0.8012
317 VBIAS3_VTXL_o = -0.4969
319 VBIAS7_VHDRH_f = 0.7899
320 VBIAS7_VHDRH_o = 0.0000 - 0.009 # 2020_10_21 Bench
322 VBIAS2_VHDRL_f = 0.8018
323 VBIAS2_VHDRL_o = -0.4955
325 VBIAS9_RAMPVSIG_f = 0.6594
326 VBIAS9_RAMPVSIG_o = 0.0000
328 VBIAS11_RAMPVREF_f = 0.6603
329 VBIAS11_RAMPVREF_o = 0.0000
331 VBIAS13_TESTVSIG_f = 0.6578
332 VBIAS13_TESTVSIG_o = 0.0000
334 VBIAS10_VREF_f = 0.6591
335 VBIAS10_VREF_o = 0.0000
337 VBIAS14_TESTVREF_f = 0.6523
338 VBIAS14_TESTVREF_o = 0.0000
340 VBIAS12_DACVPIX_f = -0.2820
341 VBIAS12_DACVPIX_o = 3.2555 - 0.025 # 2020_10_21 Bench
342 # _ do not edit: calibration factors based on populated resistors
344 cst_ADCconv = 5 / 4095
345 cst_DACconv = 5 / 4095
346 f_DAC_cst_VTX_H = VBIAS1_VTXH_f * cst_DACconv # 37/47 * cst_DACconv
347 o_DAC_cst_VTX_H = VBIAS1_VTXH_o
349 f_DAC_cst_VHDR_L = VBIAS2_VHDRL_f * cst_DACconv # 82/104 * cst_DACconv
350 o_DAC_cst_VHDR_L = VBIAS2_VHDRL_o
352 f_DAC_cst_VTX_L = VBIAS3_VTXL_f * cst_DACconv # 82/104 * cst_DACconv
353 o_DAC_cst_VTX_L = VBIAS3_VTXL_o
355 f_DAC_cst_VRST_L = VBIAS4_VRSTL_f * cst_DACconv # 82/104 * cst_DACconv
356 o_DAC_cst_VRST_L = VBIAS4_VRSTL_o
358 f_DAC_cst_VRST_H = VBIAS5_VRSTH_f * cst_DACconv # 37/47 * cst_DACconv
359 o_DAC_cst_VRST_H = VBIAS5_VRSTH_o
361 f_DAC_cst_SPARE = 1 * cst_DACconv
362 o_DAC_cst_SPARE = 0
364 f_DAC_cst_VHDR_H = VBIAS7_VHDRH_f * cst_DACconv # 37/47 * cst_DACconv
365 o_DAC_cst_VHDR_H = VBIAS7_VHDRH_o
367 f_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_f * cst_DACconv # 31/47 * cst_DACconv
368 o_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_o
370 f_DAC_cst_VREF = VBIAS10_VREF_f * cst_DACconv # 31/47 * cst_DACconv
371 o_DAC_cst_VREF = VBIAS10_VREF_o
373 f_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_f * cst_DACconv # 31/47 * cst_DACconv
374 o_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_o
376 f_DAC_cst_VDDPIX = VBIAS12_DACVPIX_f * cst_DACconv # -0.000336
377 o_DAC_cst_VDDPIX = VBIAS12_DACVPIX_o
379 f_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_f * cst_DACconv # 31/47 * cst_DACconv
380 o_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_o
382 f_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_f * cst_DACconv # 31/47 * cst_DACconv
383 o_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_o
385 o_ADC_cst_VHDR_L = +0.016
386 o_ADC_cst_VTX_L = +0.031
387 o_ADC_cst_VRST_L = +0.010
389 cst_TemperaturetoADC15_cst1 = -0.0089
390 cst_TemperaturetoADC15_cst2 = 18.9236
391 cst_TemperaturetoADC15_offs = 1938.7009
392 cst_ADC15toTemperature_cst1 = 1.3535E-06
393 cst_ADC15toTemperature_cst2 = 0.047781
394 cst_ADC15toTemperature_offs = -97.748
395 cst_ADC02toTemperature_cst1 = 5E-06
396 cst_ADC02toTemperature_cst2 = 0.0631
397 cst_ADC02toTemperature_offs = -234.1 # 2020_06_06 offset raised by 4 degC to match TV measurements
398 cst_ADC01toTemperature_cst1 = 5E-06
399 cst_ADC01toTemperature_cst2 = 0.0639 # to be verified if 8k25 was populated
400 cst_ADC01toTemperature_offs = -233.1 # 2020_06_06 offset raised by 4 degC to match TV measurements
402 cst_Temp_GSENSE_fac = c_Temp_GSENSE_17301F0_021_f
403 cst_Temp_GSENSE_offs = c_Temp_GSENSE_17301F0_021_o
406@dataclass
407class t_ConvFM3():
408 # Version: 2020_07_22 population values of SensorBoard SN5
409 # do not edit: calibration factors based on populated resistors
410 VBIAS1_VTXH_f = 0.7889
411 VBIAS1_VTXH_o = 0.0000
413 VBIAS5_VRSTH_f = 0.7884
414 VBIAS5_VRSTH_o = 0.0000
416 VBIAS4_VRSTL_f = 0.8016
417 VBIAS4_VRSTL_o = -0.4959
419 VBIAS3_VTXL_f = 0.8012
420 VBIAS3_VTXL_o = -0.4969
422 VBIAS7_VHDRH_f = 0.7894
423 VBIAS7_VHDRH_o = 0.0000
425 VBIAS2_VHDRL_f = 0.8011
426 VBIAS2_VHDRL_o = -0.4973
428 VBIAS9_RAMPVSIG_f = 0.6594
429 VBIAS9_RAMPVSIG_o = 0.0000
431 VBIAS11_RAMPVREF_f = 0.6588
432 VBIAS11_RAMPVREF_o = 0.0000
434 VBIAS13_TESTVSIG_f = 0.6595
435 VBIAS13_TESTVSIG_o = 0.0000
437 VBIAS10_VREF_f = 0.6584
438 VBIAS10_VREF_o = 0.0000
440 VBIAS14_TESTVREF_f = 0.6590
441 VBIAS14_TESTVREF_o = 0.0000
443 VBIAS12_DACVPIX_f = -0.2717
444 VBIAS12_DACVPIX_o = 3.2143
446 # __do not edit: calibration factors based on populated resistors
447 cst_ADCconv = 5 / 4095
448 cst_DACconv = 5 / 4095
449 f_DAC_cst_VTX_H = VBIAS1_VTXH_f * cst_DACconv # 37/47 * cst_DACconv
450 o_DAC_cst_VTX_H = VBIAS1_VTXH_o
452 f_DAC_cst_VHDR_L = VBIAS2_VHDRL_f * cst_DACconv # 82/104 * cst_DACconv
453 o_DAC_cst_VHDR_L = VBIAS2_VHDRL_o
455 f_DAC_cst_VTX_L = VBIAS3_VTXL_f * cst_DACconv # 82/104 * cst_DACconv
456 o_DAC_cst_VTX_L = VBIAS3_VTXL_o
458 f_DAC_cst_VRST_L = VBIAS4_VRSTL_f * cst_DACconv # 82/104 * cst_DACconv
459 o_DAC_cst_VRST_L = VBIAS4_VRSTL_o
461 f_DAC_cst_VRST_H = VBIAS5_VRSTH_f * cst_DACconv # 37/47 * cst_DACconv
462 o_DAC_cst_VRST_H = VBIAS5_VRSTH_o
464 f_DAC_cst_SPARE = 1 * cst_DACconv
465 o_DAC_cst_SPARE = 0
467 f_DAC_cst_VHDR_H = VBIAS7_VHDRH_f * cst_DACconv # 37/47 * cst_DACconv
468 o_DAC_cst_VHDR_H = VBIAS7_VHDRH_o
470 f_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_f * cst_DACconv # 31/47 * cst_DACconv
471 o_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_o
473 f_DAC_cst_VREF = VBIAS10_VREF_f * cst_DACconv # 31/47 * cst_DACconv
474 o_DAC_cst_VREF = VBIAS10_VREF_o
476 f_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_f * cst_DACconv # 31/47 * cst_DACconv
477 o_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_o
479 f_DAC_cst_VDDPIX = VBIAS12_DACVPIX_f * cst_DACconv # -0.000336
480 o_DAC_cst_VDDPIX = VBIAS12_DACVPIX_o
482 f_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_f * cst_DACconv # 31/47 * cst_DACconv
483 o_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_o
485 f_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_f * cst_DACconv # 31/47 * cst_DACconv
486 o_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_o
488 o_ADC_cst_VHDR_L = 0
489 o_ADC_cst_VTX_L = 0
490 o_ADC_cst_VRST_L = 0
492 cst_TemperaturetoADC15_cst1 = -0.0089
493 cst_TemperaturetoADC15_cst2 = 18.9236
494 cst_TemperaturetoADC15_offs = 1938.7009
495 cst_ADC15toTemperature_cst1 = 1.3535E-06
496 cst_ADC15toTemperature_cst2 = 0.047781
497 cst_ADC15toTemperature_offs = -97.748
498 cst_ADC02toTemperature_cst1 = 5E-06
499 cst_ADC02toTemperature_cst2 = 0.0631
500 cst_ADC02toTemperature_offs = -234.1 # 2020_06_06 offset raised by 4 degC to match TV measurements
501 cst_ADC01toTemperature_cst1 = 5E-06
502 cst_ADC01toTemperature_cst2 = 0.0639 # to be verified if 8k25 was populated
503 cst_ADC01toTemperature_offs = -233.1 # 2020_06_06 offset raised by 4 degC to match TV measurements
504 cst_Temp_GSENSE_fac = c_Temp_GSENSE_17301F0_003_f
505 cst_Temp_GSENSE_offs = c_Temp_GSENSE_17301F0_003_o
508@dataclass
509class t_ConvFM4():
510 # not yet updated with population values from FM4 board set
511 # Version: 2020_07_22 population values of SensorBoard SN5
512 # do not edit: calibration factors based on populated resistors
514 VBIAS1_VTXH_f = 0.7889
515 VBIAS1_VTXH_o = 0.0000
517 VBIAS5_VRSTH_f = 0.7884
518 VBIAS5_VRSTH_o = 0.0000
520 VBIAS4_VRSTL_f = 0.8016
521 VBIAS4_VRSTL_o = -0.4959
523 VBIAS3_VTXL_f = 0.8012
524 VBIAS3_VTXL_o = -0.4969
526 VBIAS7_VHDRH_f = 0.7894
527 VBIAS7_VHDRH_o = 0.0000
529 VBIAS2_VHDRL_f = 0.8011
530 VBIAS2_VHDRL_o = -0.4973
532 VBIAS9_RAMPVSIG_f = 0.6594
533 VBIAS9_RAMPVSIG_o = 0.0000
535 VBIAS11_RAMPVREF_f = 0.6588
536 VBIAS11_RAMPVREF_o = 0.0000
538 VBIAS13_TESTVSIG_f = 0.6595
539 VBIAS13_TESTVSIG_o = 0.0000
541 VBIAS10_VREF_f = 0.6584
542 VBIAS10_VREF_o = 0.0000
544 VBIAS14_TESTVREF_f = 0.6590
545 VBIAS14_TESTVREF_o = 0.0000
547 VBIAS12_DACVPIX_f = -0.2717
548 VBIAS12_DACVPIX_o = 3.2143
550 # __do not edit: calibration factors based on populated resistors
551 cst_ADCconv = 5 / 4095
552 cst_DACconv = 5 / 4095
553 f_DAC_cst_VTX_H = VBIAS1_VTXH_f * cst_DACconv # 37/47 * cst_DACconv
554 o_DAC_cst_VTX_H = VBIAS1_VTXH_o
556 f_DAC_cst_VHDR_L = VBIAS2_VHDRL_f * cst_DACconv # 82/104 * cst_DACconv
557 o_DAC_cst_VHDR_L = VBIAS2_VHDRL_o
559 f_DAC_cst_VTX_L = VBIAS3_VTXL_f * cst_DACconv # 82/104 * cst_DACconv
560 o_DAC_cst_VTX_L = VBIAS3_VTXL_o
562 f_DAC_cst_VRST_L = VBIAS4_VRSTL_f * cst_DACconv # 82/104 * cst_DACconv
563 o_DAC_cst_VRST_L = VBIAS4_VRSTL_o
565 f_DAC_cst_VRST_H = VBIAS5_VRSTH_f * cst_DACconv # 37/47 * cst_DACconv
566 o_DAC_cst_VRST_H = VBIAS5_VRSTH_o
568 f_DAC_cst_SPARE = 1 * cst_DACconv
569 o_DAC_cst_SPARE = 0
571 f_DAC_cst_VHDR_H = VBIAS7_VHDRH_f * cst_DACconv # 37/47 * cst_DACconv
572 o_DAC_cst_VHDR_H = VBIAS7_VHDRH_o
574 f_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_f * cst_DACconv # 31/47 * cst_DACconv
575 o_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_o
577 f_DAC_cst_VREF = VBIAS10_VREF_f * cst_DACconv # 31/47 * cst_DACconv
578 o_DAC_cst_VREF = VBIAS10_VREF_o
580 f_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_f * cst_DACconv # 31/47 * cst_DACconv
581 o_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_o
583 f_DAC_cst_VDDPIX = VBIAS12_DACVPIX_f * cst_DACconv # -0.000336
584 o_DAC_cst_VDDPIX = VBIAS12_DACVPIX_o
586 f_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_f * cst_DACconv # 31/47 * cst_DACconv
587 o_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_o
589 f_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_f * cst_DACconv # 31/47 * cst_DACconv
590 o_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_o
592 o_ADC_cst_VHDR_L = 0
593 o_ADC_cst_VTX_L = 0
594 o_ADC_cst_VRST_L = 0
596 cst_TemperaturetoADC15_cst1 = -0.0089
597 cst_TemperaturetoADC15_cst2 = 18.9236
598 cst_TemperaturetoADC15_offs = 1938.7009
599 cst_ADC15toTemperature_cst1 = 1.3535E-06
600 cst_ADC15toTemperature_cst2 = 0.047781
601 cst_ADC15toTemperature_offs = -97.748
602 cst_ADC02toTemperature_cst1 = 5E-06
603 cst_ADC02toTemperature_cst2 = 0.0631
604 cst_ADC02toTemperature_offs = -234.1 # 2020_06_06 offset raised by 4 degC to match TV measurements
605 cst_ADC01toTemperature_cst1 = 5E-06
606 cst_ADC01toTemperature_cst2 = 0.0639 # to be verified if 8k25 was populated
607 cst_ADC01toTemperature_offs = -233.1 # 2020_06_06 offset raised by 4 degC to match TV measurements
608 cst_Temp_GSENSE_fac = c_Temp_GSENSE_17301F0_003_f
609 cst_Temp_GSENSE_offs = c_Temp_GSENSE_17301F0_003_o
612@dataclass
613class t_ConvFM5():
614 # not yet updated with population values from FM5 board set
615 # Version: 2020_07_22 population values of SensorBoard SN5
616 # do not edit: calibration factors based on populated resistors
618 VBIAS1_VTXH_f = 0.7889
619 VBIAS1_VTXH_o = 0.0000
621 VBIAS5_VRSTH_f = 0.7884
622 VBIAS5_VRSTH_o = 0.0000
624 VBIAS4_VRSTL_f = 0.8016
625 VBIAS4_VRSTL_o = -0.4959
627 VBIAS3_VTXL_f = 0.8012
628 VBIAS3_VTXL_o = -0.4969
630 VBIAS7_VHDRH_f = 0.7894
631 VBIAS7_VHDRH_o = 0.0000
633 VBIAS2_VHDRL_f = 0.8011
634 VBIAS2_VHDRL_o = -0.4973
636 VBIAS9_RAMPVSIG_f = 0.6594
637 VBIAS9_RAMPVSIG_o = 0.0000
639 VBIAS11_RAMPVREF_f = 0.6588
640 VBIAS11_RAMPVREF_o = 0.0000
642 VBIAS13_TESTVSIG_f = 0.6595
643 VBIAS13_TESTVSIG_o = 0.0000
645 VBIAS10_VREF_f = 0.6584
646 VBIAS10_VREF_o = 0.0000
648 VBIAS14_TESTVREF_f = 0.6590
649 VBIAS14_TESTVREF_o = 0.0000
651 VBIAS12_DACVPIX_f = -0.2717
652 VBIAS12_DACVPIX_o = 3.2143
654 # __do not edit: calibration factors based on populated resistors
655 cst_ADCconv = 5 / 4095
656 cst_DACconv = 5 / 4095
657 f_DAC_cst_VTX_H = VBIAS1_VTXH_f * cst_DACconv # 37/47 * cst_DACconv
658 o_DAC_cst_VTX_H = VBIAS1_VTXH_o
660 f_DAC_cst_VHDR_L = VBIAS2_VHDRL_f * cst_DACconv # 82/104 * cst_DACconv
661 o_DAC_cst_VHDR_L = VBIAS2_VHDRL_o
663 f_DAC_cst_VTX_L = VBIAS3_VTXL_f * cst_DACconv # 82/104 * cst_DACconv
664 o_DAC_cst_VTX_L = VBIAS3_VTXL_o
666 f_DAC_cst_VRST_L = VBIAS4_VRSTL_f * cst_DACconv # 82/104 * cst_DACconv
667 o_DAC_cst_VRST_L = VBIAS4_VRSTL_o
669 f_DAC_cst_VRST_H = VBIAS5_VRSTH_f * cst_DACconv # 37/47 * cst_DACconv
670 o_DAC_cst_VRST_H = VBIAS5_VRSTH_o
672 f_DAC_cst_SPARE = 1 * cst_DACconv
673 o_DAC_cst_SPARE = 0
675 f_DAC_cst_VHDR_H = VBIAS7_VHDRH_f * cst_DACconv # 37/47 * cst_DACconv
676 o_DAC_cst_VHDR_H = VBIAS7_VHDRH_o
678 f_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_f * cst_DACconv # 31/47 * cst_DACconv
679 o_DAC_cst_RAMP_VSIG = VBIAS9_RAMPVSIG_o
681 f_DAC_cst_VREF = VBIAS10_VREF_f * cst_DACconv # 31/47 * cst_DACconv
682 o_DAC_cst_VREF = VBIAS10_VREF_o
684 f_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_f * cst_DACconv # 31/47 * cst_DACconv
685 o_DAC_cst_RAMP_VREF = VBIAS11_RAMPVREF_o
687 f_DAC_cst_VDDPIX = VBIAS12_DACVPIX_f * cst_DACconv # -0.000336
688 o_DAC_cst_VDDPIX = VBIAS12_DACVPIX_o
690 f_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_f * cst_DACconv # 31/47 * cst_DACconv
691 o_DAC_cst_TEST_VSIG = VBIAS13_TESTVSIG_o
693 f_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_f * cst_DACconv # 31/47 * cst_DACconv
694 o_DAC_cst_TEST_VREF = VBIAS14_TESTVREF_o
696 o_ADC_cst_VHDR_L = 0
697 o_ADC_cst_VTX_L = 0
698 o_ADC_cst_VRST_L = 0
700 cst_TemperaturetoADC15_cst1 = -0.0089
701 cst_TemperaturetoADC15_cst2 = 18.9236
702 cst_TemperaturetoADC15_offs = 1938.7009
703 cst_ADC15toTemperature_cst1 = 1.3535E-06
704 cst_ADC15toTemperature_cst2 = 0.047781
705 cst_ADC15toTemperature_offs = -97.748
706 cst_ADC02toTemperature_cst1 = 5E-06
707 cst_ADC02toTemperature_cst2 = 0.0631
708 cst_ADC02toTemperature_offs = -234.1 # 2020_06_06 offset raised by 4 degC to match TV measurements
709 cst_ADC01toTemperature_cst1 = 5E-06
710 cst_ADC01toTemperature_cst2 = 0.0639 # to be verified if 8k25 was populated
711 cst_ADC01toTemperature_offs = -233.1 # 2020_06_06 offset raised by 4 degC to match TV measurements
712 cst_Temp_GSENSE_fac = c_Temp_GSENSE_17301F0_003_f
713 cst_Temp_GSENSE_offs = c_Temp_GSENSE_17301F0_003_o
716# hardware information for already integrated cameras
717HardwarefromId_unknown = {
718 cam_defs.s_name: 'unknown configuration',
719 cam_defs.s_hardwareid: "US500",
720 cam_defs.s_model: "N/A",
721 cam_defs.s_description: "unknown configuration",
722 cam_defs.s_sensor_type: "unknwown",
723 cam_defs.s_sensor_lotno: "unknwown",
724 cam_defs.s_sensor_sn: "unknwown",
725 cam_defs.s_psu_board_id: "unknwown",
726 cam_defs.s_sensor_board_id: "unknwown",
727 s_calibration: t_ConvBB1,
728 s_calibrationnote: '2020_06_18_EM_Calibration'
729}
731# hardware information for already integrated cameras
732HardwarefromId_2 = {
733 cam_defs.s_name: 'integrated EM',
734 cam_defs.s_hardwareid: "US520",
735 cam_defs.s_model: "EM",
736 cam_defs.s_description: "INTEGRATED EM",
737 cam_defs.s_sensor_type: "G400-BSI",
738 cam_defs.s_sensor_lotno: "16301F0",
739 cam_defs.s_sensor_sn: "0019",
740 cam_defs.s_psu_board_id: "PSU_SN3",
741 cam_defs.s_sensor_board_id: "SB_BB2",
742 s_calibration: t_ConvEM1,
743 s_calibrationnote: '2020_06_18_EM_Calibration',
744 cam_defs.s_ID_OW1: '450000038FA46E28',
745 cam_defs.s_ID_OW2: '??',
746 cam_defs.s_ID_OW3: '??',
747 cam_defs.s_ID_OW4: '??'
749}
751# hardware information for already integrated cameras
752HardwarefromId_6 = {
753 cam_defs.s_name: 'integrated FM1=SJ1',
754 cam_defs.s_hardwareid: "US540",
755 cam_defs.s_model: "FM1=SJ1",
756 cam_defs.s_description: "INTEGRATED FM1",
757 cam_defs.s_sensor_type: "GSENSE400BSI-VIS",
758 cam_defs.s_sensor_lotno: "17301F0",
759 cam_defs.s_sensor_sn: "0003",
760 cam_defs.s_psu_board_id: "PSU_SN4",
761 cam_defs.s_sensor_board_id: "SB_SN3",
762 s_calibration: t_ConvFM1,
763 s_calibrationnote: '2020_06_18_TV_Test_Vötsch-2',
764 cam_defs.s_ID_OW1: '900000038FC2E828',
765 cam_defs.s_ID_OW2: 'F10000038FAAC328',
766 cam_defs.s_ID_OW3: '450000038FA46E28',
767 cam_defs.s_ID_OW4: '1E00000A9FF1BC28'
768}
770# hardware information for already integrated cameras
771HardwarefromId_4 = {
772 cam_defs.s_name: 'integrated FM2=SP1',
773 cam_defs.s_hardwareid: "US550",
774 cam_defs.s_model: "FM2=SP1",
775 cam_defs.s_description: "INTEGRATED FM2",
776 cam_defs.s_sensor_type: "GSENSE G-400",
777 cam_defs.s_sensor_lotno: "17F301F0",
778 cam_defs.s_sensor_sn: "0021",
779 cam_defs.s_psu_board_id: "PSU_SN5",
780 cam_defs.s_sensor_board_id: "SB_SN4",
781 s_calibration: t_ConvFM2,
782 s_calibrationnote: 'not calibrated',
783 cam_defs.s_ID_OW1: 'BF0000038FACBE28',
784 cam_defs.s_ID_OW2: '340000038F8EF928',
785 cam_defs.s_ID_OW3: '500000038FB4DC28',
786 cam_defs.s_ID_OW4: '9A00000AA00A1828'
787}
789# hardware information for already integrated cameras
790HardwarefromId_5 = {
791 cam_defs.s_name: 'integrated FM3=SP2',
792 cam_defs.s_hardwareid: "US560",
793 cam_defs.s_model: "FM3=SP2",
794 cam_defs.s_description: "INTEGRATED FM3",
795 cam_defs.s_sensor_type: "GSENSE G-400",
796 cam_defs.s_sensor_lotno: "17F301F0",
797 cam_defs.s_sensor_sn: "0012",
798 cam_defs.s_psu_board_id: "PSU_SN6",
799 cam_defs.s_sensor_board_id: "SB_SN5",
800 s_calibration: t_ConvFM3,
801 s_calibrationnote: 'not calibrated',
802 cam_defs.s_ID_OW1: 'F80000038FB62F28',
803 cam_defs.s_ID_OW2: 'CE0000038FCEF728',
804 cam_defs.s_ID_OW3: '0F0000038FC56728',
805 cam_defs.s_ID_OW4: 'A200000A9FF1C328'
806}
808# hardware information for already integrated cameras
809HardwarefromId_7 = {
810 cam_defs.s_name: 'FS1',
811 cam_defs.s_hardwareid: "US570",
812 cam_defs.s_model: "FS1",
813 cam_defs.s_description: "FS1 Board Set",
814 cam_defs.s_sensor_type: "GSENSE G-400",
815 cam_defs.s_sensor_lotno: "none",
816 cam_defs.s_sensor_sn: "none",
817 cam_defs.s_psu_board_id: "PSU_SN7",
818 cam_defs.s_sensor_board_id: "SB_SN6",
819 s_calibration: t_ConvFM4,
820 s_calibrationnote: 'not calibrated',
821 cam_defs.s_ID_OW1: '0E0000038FAE1C28',
822 cam_defs.s_ID_OW2: '1100000BE9A2AB28',
823 cam_defs.s_ID_OW3: '8700000BE9B75628',
824 cam_defs.s_ID_OW4: 'E600000A9FF1B728'
825}
827# hardware information for already integrated cameras
828HardwarefromId_8 = {
829 cam_defs.s_name: 'FS2',
830 cam_defs.s_hardwareid: "US580",
831 cam_defs.s_model: "FS2",
832 cam_defs.s_description: "FS2 Board Set",
833 cam_defs.s_sensor_type: "GSENSE G-400",
834 cam_defs.s_sensor_lotno: "none",
835 cam_defs.s_sensor_sn: "none",
836 cam_defs.s_psu_board_id: "PSU_SN11",
837 cam_defs.s_sensor_board_id: "SB_SN7",
838 s_calibration: t_ConvFM5,
839 s_calibrationnote: 'not calibrated',
840 cam_defs.s_ID_OW1: 'CA0000038FA43628',
841 cam_defs.s_ID_OW2: '200000038FA3F928',
842 cam_defs.s_ID_OW3: '7500000BE9A78B28',
843 cam_defs.s_ID_OW4: 'DB00000A9FE50428'
844}