From 579a71b04f056c188f9dcef340532d0dec13a172 Mon Sep 17 00:00:00 2001 From: Richard Lin Date: Tue, 24 Oct 2023 18:27:14 -0700 Subject: [PATCH] Update getting_started_schimport.md --- getting_started_schimport.md | 8 ++++---- 1 file changed, 4 insertions(+), 4 deletions(-) diff --git a/getting_started_schimport.md b/getting_started_schimport.md index 2caf1cc37..c7c19be1d 100644 --- a/getting_started_schimport.md +++ b/getting_started_schimport.md @@ -202,10 +202,10 @@ These common symbols can be used in schematic import and map to the following pa | Switch:SW_SPST | Switch | | | Notes: -- Blocks are passive-typed unless otherwise noted. +- Blocks are Passive-typed unless otherwise noted. - If Value Parsing is empty, the Block can only be defined by HDL instantiation or inline HDL. - All Blocks that can be used in schematic import can be found by searching for all subclasses of `KiCadImportableBlock`. -- In many cases, the `_Small` (e.g. `Device:C_Small`) symbol can also be used. +- In many cases, the `_Small` (like `Device:C_Small`) symbol can also be used. These higher-level symbols have typed pins (like VoltageSink, Ground, and AnalogSink) and can be used to make higher-level analog signal chains: @@ -222,8 +222,8 @@ These higher-level symbols have typed pins (like VoltageSink, Ground, and Analog Continue to [the next part of the tutorial](getting_started_library.md) on defining a library Block in pure HDL. ### Additional Resources -If you want to some more complex examples of schematic-defined Blocks, check out: +If you want to see some more complex examples of schematic-defined Blocks, check out: - The FET power gate [schematic](examples/resources/FetPowerGate.kicad_sch) and [FetPowerGate stub class](examples/test_multimeter.py), a power button that turns on a FET which can then be latched on by a microcontroller. - The priority power OR [schematic](electronics_lib/resources/PriorityPowerOr.kicad_sch) and [PriorityPowerOr stub class](electronics_lib/PowerConditioning.py), a diode-FET circuit that merges two voltage sources with priority. -- The source measure unit analog chain [schematic](examples/resources/SourceMeasureControl.kicad_sch) and [SourceMeasureControl stub class](examples/test_usb_source_measure.py), which uses the analog building blocks above. +- The source measure unit analog chain [schematic](examples/resources/SourceMeasureControl.kicad_sch) and [SourceMeasureControl stub class](examples/test_usb_source_measure.py), a higher-level schematic that makes use of the opamp building blocks. - The differential amplifier [schematic](electronics_abstract_parts/resources/DifferentialAmplifier.kicad_sch) and [DifferentialAmplifier stub class](electronics_abstract_parts/OpampCircuits.py), a standard opamp circuit that mixes schematic definition for the connectivity and generator code to compute resistor values.