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conventions [2018/03/14 01:46]
mcmaster [Technique]
conventions [2023/05/04 16:41] (current)
infosecdj [Objective]
Line 3: Line 3:
 ====== Layer name ====== ====== Layer name ======
  
 +TLDR:
 +  * An unprocessed chip has layer "mz" for top metal
 +  * For others, see below
 +
 +mcmaster:
 +  * I've been calling intermediate etchings in more complex processes like s3-7 meaning sample 3, processing step 7
 +  * This avoids spending too much time trying to classify something that isn't really a purely poly or active
 +
 +Conventions:
     * Active/implant/STI layer     * Active/implant/STI layer
       * If bare silicon with no processing: //active//       * If bare silicon with no processing: //active//
Line 11: Line 20:
     * Metal layer     * Metal layer
       * If the number of layers in the chip is known (from a cross section, etc): //mN//, where N starts from 1 at the lowest layer and counts up       * If the number of layers in the chip is known (from a cross section, etc): //mN//, where N starts from 1 at the lowest layer and counts up
-      * If the number of layers is not known: //mN//, where N starts from the letter at the upper layer and counts down+      * If the number of layers is not known: //mN//, where N starts from the letter at the upper layer and counts down. In particular, MZ means top metal layer, regardless of total layer count
  
 ====== Image ====== ====== Image ======
Line 23: Line 32:
 Some sample image names: Some sample image names:
   * st_24c02_mz_ns50xu.jpg: ST Microelectronics (vendor) 24C02 (chip id). Top metal (mz) image taken with NeoSPlan 50x objective   * st_24c02_mz_ns50xu.jpg: ST Microelectronics (vendor) 24C02 (chip id). Top metal (mz) image taken with NeoSPlan 50x objective
-  * st_24c02_mz.jpg: Like above, but capture information unknown. It appears to be top metal, so this is added in+  * st_24c02_mz.jpg: Like above, but capture information unknown. It appears to be top metal, so this is added in. Although no objective is given, implied that its brightfield 
 +  * Complex example 
 +    * ti_tms32010c-70015_s1-2_mit20x_rom.jpg 
 +    * Vendor: Texas Instruments (ti) 
 +    * Chip: TMS32010C 
 +    * Chip variant: 70015 (in this case the ROM programming) 
 +    * s1-2: sample 1, processing step 2. Please list processing steps on wiki page if available 
 +    * mit20x: objective used 
 +    * rom: a region of interest within the 20x scan 
 +  * wafer example 
 +    * mos_8564r6-wafer_mz_die.jpg: a MOS 8564R6 wafer top metal. Main chip 
 +    * mos_8564r6-wafer_mz_9079r2.jpg: a MOS 8564R6 wafer top metal, but the test pattern 9079R2 
 + 
 +===== Technique ===== 
 + 
 +Abbreviated names for different microscope configurations 
 + 
 +^ Applies ^ Abbreviation ^ Name ^ Notes ^ 
 +| OM | bf | Brightfield | Usually omitted / implied default | 
 +| EM | bs | Backscatter |  | 
 +| OM | df | Darkfield |  | 
 +| OM | dic | Differential interference contrast |  | 
 +| EM | se | Secondary electron |  | 
 +| OM | xpol | Crossed polarizers |  | 
 + 
 +Where: 
 +  * EM: electron microscopy (SEM) 
 +  * OM: optical microscopy
  
 ===== Optical ===== ===== Optical =====
Line 47: Line 83:
     * mit50xn: Mitutoyo M Plan Apo 50x Near UV     * mit50xn: Mitutoyo M Plan Apo 50x Near UV
     * mit100x: Mitutoyo M Plan Apo 100x     * mit100x: Mitutoyo M Plan Apo 100x
 +    * nikon20x: Nikon M Plan 20x ELWD
     * neo5x: Olympus Neo 5x     * neo5x: Olympus Neo 5x
     * nd5x: Olympus Neo DPlan 5x     * nd5x: Olympus Neo DPlan 5x
     * ns50x: Olympus Neo SPlan 50x     * ns50x: Olympus Neo SPlan 50x
     * ns50xu: Olympus Neo SPlan 50x ultra-long working distance (ULWD)     * ns50xu: Olympus Neo SPlan 50x ultra-long working distance (ULWD)
 +    * ms20x: Olympus MSPlan 20x
     * sz or zoom: Zoom microscope, generally no scale bar provided because magnification varies (unless that particular zoom setting was calibrated during the same imaging session)     * sz or zoom: Zoom microscope, generally no scale bar provided because magnification varies (unless that particular zoom setting was calibrated during the same imaging session)
- 
-Scales 
- 
-^ Scope      ^ Objective  | NA  | JM qty  ^ Resolving power (nm)  ^ nm / pix  ^ Notes                                                                                                                     ^ 
-| pr0nscope  | mit2x      |             | 5000                  | 3330      | [[https://github.com/JohnDMcMaster/uvscada/blob/master/scope/config/pr0nscope/microscope.json|Config file]]. X: 1632 pix  | 
-| pr0nscope  | mit5x      |             | 2000                  | 1330      |                                                                                                                           | 
-| pr0nscope  | mit10x                 | 1000                  | 667                                                                                                                                 | 
-| pr0nscope  | mit20x                 | 700                   | 333                                                                                                                                 | 
-| pr0nscope  | ns50xu                                                                                                                                                                           | 
-| pr0nscope  | mit50xn    |             | 700                   | 133       | Assumed linear but needs actual verification.  Also hmm should rethink its use                                            | 
-| pr0nscope  | mit50x                                                 | Proposed, don't have one                                                                                                  | 
-| pr0nscope  | mit100x    |             | 400                   | 66.7      | FIXME: correct NA?                                                                                                        | 
  
 See also See also
 
conventions.1520992013.txt.gz · Last modified: 2018/03/14 01:46 by mcmaster
 
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