ams OSRAM CMV4000
ams OSRAM CMV4000 · sensor · digitized · QE percent
Documented response scope: Figure 7 sensor-only response comparison: Mono E12 distinct device configuration and Mono E5 comparison trace; no camera-system inference
Native channel samples
Each channel retains its source wavelength grid and values. The plot uses shared display axes; gaps and negative values remain visible. No normalization, interpolation, averaging, or resampling is applied.
- mono_e12
- mono_e5_figure7_reference
Source, rights and technical details
Source and rights
CMV4000 specification overview, Figure 7: Response of E12 devices and normal devices
Authors: ams OSRAM
Organization: ams OSRAM
Accessed:
License status: unknown
Publication is authorized by the project owner. This publication does not grant downstream reuse.
Have license information? Contact the project owner.
Source ID: ams-cmv4000-e12-figure7
Research details
Configuration
- manufacturer
- ams OSRAM
- mode
- monochrome
- model
- CMV4000
- variant
- E12 12 µm epitaxial wafer device; Figure 7 contrasts E12 with normal Mono E5
Method
- axes
{"response":[0,70],"wavelength_nm":[400,1000],"x_pixel":[42,693],"y_pixel":[588,35]}- figure
- Figure 7, Response of E12 devices and normal devices; QE[%] vs wavelength[nm]
- image_sha256
- c6a54496bc2a693c4f5a8aa4248719a8c95240d881e1336fadc1acfd6bbcb765
- max_column_search_radius_px
- 2
- max_observed_trace_width_px
- 20
- method
- calibrated raster columns, median vertical center of color-threshold trace pixels; configured local column search checks offsets in nearest-first order where the nominal column cannot yield a unique continuity-consistent trace; where separated fragments occur, follow the nearest prior trace center, or use the unique widest fragment to initialize, and reject ties; preserve missing samples; no normalization, interpolation, or extrapolation
- pdf_page
- 20
- raster_tolerance_px
- 11
- sample_step_nm
- 5
- script
- scripts/research-intake-20261005/sensor-digitize.py
- source_measurement_uncertainty
- not stated
- trace_definitions
[{"channel":"mono_e12","color":"red","excluded_pixel_regions":[[435,600,40,115]],"max_width":20,"min_width":1,"x_search_radius_px":2,"y_pixel_range":[46,588]},{"channel":"mono_e5_figure7_reference","color":"black","excluded_pixel_regions":[[435,600,40,115]],"max_width":20,"min_width":2,"threshold":100,"x_search_radius_px":2,"y_pixel_range":[46,588]}]
Uncertainty
- Value
["Digitized from manufacturer Figure 7 raster; no numerical point table is supplied.","The figure explicitly compares E12 devices with normal Mono E5; the E5 trace is a same-source comparator and may duplicate or closely correspond to the E5 trace in Figure 6, so it remains in this distinct figure record and is not treated as an additional device variant.","The datasheet text says QE changes from about 8% to 16% near 900 nm, while the calibrated Figure 7 graph digitizes to 12.152% E5 and 21.519% E12 at 900 nm; the approximate doubling is directionally consistent, but this numerical discrepancy remains unreconciled and neither curve is rescaled.","Source measurement uncertainty is not stated; raster tolerance describes point picking only."]
Provenance
- curve_id
- ams-cmv4000-e12-figure7
- source_asset_sha256
- aecef25a3f2216aefbfbe1be4f414410c7fc2fa3b0d31ef051e81a788c1c216b
- verified_receipt_sha256
- aecef25a3f2216aefbfbe1be4f414410c7fc2fa3b0d31ef051e81a788c1c216b
Channel metadata
mono_e12 · 119 native samples
- native_value_field
- values_percent
- record_role
- new_digitized_reference
- source_pixel_centers
[[47,276],[53,282],[58,254],[64,260],[69,236],[75,217],[80,201],[85,186],[91,203],[96,210],[102,184],[106,176],[113,136],[118,154],[123,148],[129,119],[134,128],[140,140],[145,null],[150,86],[156,110],[161,106],[167,100],[172,126],[178,136],[183,120],[188,116],[194,98],[199,110],[205,125],[210,109],[216,91],[221,110],[226,120],[232,112],[237,102],[243,84],[248,94],[254,138],[259,142],[264,null],[270,80],[275,null],[281,135],[286,134],[292,122],[297,109],[302,86],[308,78],[313,null],[319,142],[324,145],[330,114],[335,102],[338,114],[346,null],[351,188],[357,188],[362,194],[368,183],[373,170],[378,148],[384,134],[390,166],[395,192],[400,208],[405,206],[411,174],[416,160],[422,164],[427,179],[433,209],[438,228],[443,228],[449,227],[454,234],[460,240],[465,238],[471,230],[476,228],[481,244],[487,285],[492,304],[498,322],[503,323],[509,320],[514,316],[519,306],[525,306],[530,315],[536,343],[541,364],[547,379],[552,389],[557,388],[563,390],[568,398],[574,402],[579,415],[584,418],[590,410],[595,410],[601,414],[606,430],[612,450],[617,468],[622,478],[628,496],[633,496],[639,504],[644,504],[650,510],[655,518],[660,518],[666,514],[671,523],[677,532],[682,541],[688,546]]- unresolved_samples
[{"reason":"no source trace pixels passed the configured filter in calibrated column search","wavelength_nm":495},{"reason":"no source trace pixels passed the configured filter in calibrated column search","wavelength_nm":605},{"reason":"no source trace pixels passed the configured filter in calibrated column search","wavelength_nm":615},{"reason":"no source trace pixels passed the configured filter in calibrated column search","wavelength_nm":650},{"reason":"no source trace pixels passed the configured filter in calibrated column search","wavelength_nm":680}]
mono_e5_figure7_reference · 119 native samples
- native_value_field
- values_percent
- record_role
- auxiliary_same_source_comparator
- source_pixel_centers
[[47,269],[53,256],[58,236],[64,222],[69,206],[75,168],[80,192],[85,177],[91,148],[96,128],[102,118],[107,114],[113,122],[118,134],[123,106],[129,106],[134,110],[140,133],[145,132],[149,111],[156,100],[161,94],[166,104],[172,94],[178,82],[183,106],[188,106],[194,84],[199,93],[205,87],[210,99],[216,118],[220,114],[226,101],[232,124],[237,144],[243,136],[248,126],[254,109],[259,107],[264,126],[270,146],[275,136],[281,111],[286,114],[292,153],[297,170],[302,166],[308,158],[313,164],[319,164],[324,154],[330,166],[335,194],[340,211],[346,200],[351,181],[357,180],[362,200],[368,226],[373,246],[378,252],[384,247],[389,254],[395,257],[400,256],[405,257],[411,262],[416,286],[422,311],[427,320],[433,320],[438,314],[443,306],[449,322],[454,340],[460,360],[465,378],[471,395],[475,398],[481,393],[487,388],[492,396],[498,396],[503,394],[509,396],[514,403],[519,420],[525,442],[530,453],[536,446],[541,444],[547,440],[552,440],[557,446],[563,455],[568,462],[574,468],[579,485],[584,492],[590,497],[595,499],[601,504],[606,518],[612,520],[617,518],[622,524],[628,528],[633,528],[639,530],[644,534],[650,539],[655,546],[660,556],[666,561],[671,562],[677,563],[682,570],[688,574]]- unresolved_samples
[]