Merge pull request #37 from upb-lea/spelling

Spelling

.github/workflows/blank.yml

@@ -6,9 +6,9 @@ name: spell check
 on:
   # Triggers the workflow on push or pull request events but only for the "master" branch
   push:
-    branches: [ "master" ]
+    branches: [main]
   pull_request:
-    branches: [ "master" ]
+    branches: [main]
 
   # Allows you to run this workflow manually from the Actions tab
   workflow_dispatch:

README.md

@@ -23,20 +23,20 @@ Note: if there is a variable `KICADx_3DMODEL_DIR`, ignore this variable and add
 ![](documentation/figures/3d_model_path_preferences.png)
 
 ## Adding components
-The main branch ist protected. To add new components, open a new separate branch
+The main branch is protected. To add new components, open a new separate branch
 ```
 git branch my-new-branch
 ```
-Open Kicad, add your new symbols and footprints to the library. Each symbol should have the keys `Manufacturer`, `manf#` (manufacturer order number) and `mouser#` (mouser order number). Link the footprint and the 3D model. The 3D-model filepath needs to be a relative path with the above mentioned enwironment variable. The 3D-Filepath is e.g. `${MODEL_3D}/my3dmodel.stp`. Run `git status` to see your changed files. Add the example files `symbolfile` and `my3dmodel.stp` to the staging area and commit the changes. Afterwards, use `git push` to publish the changes to the new branch. 
+Open KiCad, add your new symbols and footprints to the library. Each symbol should have the keys `Manufacturer`, `manf#` (manufacturer order number) and `mouser#` (mouser order number). Link the footprint and the 3D model. The 3D-model file path needs to be a relative path with the above mentioned environment variable. The 3D file path is e.g. `${MODEL_3D}/my3dmodel.stp`. Run `git status` to see your changed files. Add the example files `symbolfile` and `my3dmodel.stp` to the staging area and commit the changes. Afterwards, use `git push` to publish the changes to the new branch. 
 ```
 git add symbolfile my3dmodel.stp
 git commit -m "add new component xyz and 3D-model"
 git push
 ```
-Open the github page, choose your branch and create a `pull request`.
+Open the GitHub page, choose your branch and create a `pull request`.
 
 ## BOM generation
-The component library is aligned to use the add-on [KiCost](https://github.com/hildogjr/KiCost). Therefore the above mentioned keys `Manufacturer`, `manf#` and `mouser#` are mandatory in the symbol. In the schematic, navigate `Tools` -> `create BOM` and run a random one, e.g. `bom_csv_grouped_by_value`. Install KiCost, navigate via terminal to your kicad project folder and enter `kicost` to your terminal. As input file, choose the `.xml` file what was created by the BOM command. After that, the KiCost BOM will be created. To get the prices and stock information from Mouser, create a Mouser API key on the Mouser homepage and enter it into the [config file](https://hildogjr.github.io/KiCost/docs/_build/singlehtml/index.html#configuration-file). 
+The component library is aligned to use the add-on [KiCost](https://github.com/hildogjr/KiCost). Therefore the above mentioned keys `Manufacturer`, `manf#` and `mouser#` are mandatory in the symbol. In the schematic, navigate `Tools` -> `create BOM` and run a random one, e.g. `bom_csv_grouped_by_value`. Install KiCost, navigate via terminal to your KiCad project folder and enter `kicost` to your terminal. As input file, choose the `.xml` file what was created by the BOM command. After that, the KiCost BOM will be created. To get the prices and stock information from Mouser, create a Mouser API key on the Mouser homepage and enter it into the [configuration file](https://hildogjr.github.io/KiCost/docs/_build/singlehtml/index.html#configuration-file). 
 
 ## Pin labels
 ### Connectors
@@ -50,10 +50,10 @@ Differences:
  * Type: `SMD` / `THT`
  * Values: `_100R` / `__4R7` / `0R001`
  * Size: `0603` / `0704` / `0403`
- * Technology: Thinfilm `_THIN` / Thickfilm `THICK`
+ * Technology: Thin film `_THIN` / Thick film `THICK`
  * `HINT`: e.g. `SHUNT`
  * Derivation in percent: `_1P` / `_5P` / `10P` / `20P`
- * Voltag: `75V` / `100V`
+ * Voltage: `75V` / `100V`
 
 Examples:
  * `R_0805_100R__THIN_20P_150V`

sources/wordlist

@@ -37,3 +37,13 @@ wallbox
 bifilar
 HEMPT
 GIT
+BOM
+BOMs
+KiCad
+KiCost
+findability
+THT
+Microcontrollers
+ICs
+Schmitt
+