- released: 2022-02-01
Support added for One Wire protocol
1-Wire protocol utilizes only a single data line for communication, so don�t you worry about cluttering your project (your MCU as well) with multiple pins (Mikroe�s Click boards that are 1-Wire capable are predominately using PWM pin for this action). Devices that are 1-Wire capable have something unique to themselves � ROM address � which, in its core, is a 64-bit number, helping product designers create hardware products with
serial numbers
embedded in them, replacing traditional physical labels for product�s serial number.
- Files added
- drv_one_wire.h
- drv_one_wire.c
- hal_one_wire.h
- hal_one_wire.c
- hal_ll_one_wire.c
- hal_ll_one_wire.c
- hal_ll_one_wire.h
- hal_ll_one_wire.h
- hal_ll_one_wire.c
- hal_ll_one_wire.c
- hal_ll_one_wire.c
- hal_ll_one_wire.h
- hal_ll_one_wire.h
- hal_ll_one_wire.h
- common_macros.h
- common_macros.h
- common_macros.h
- main.c
- memake.txt
- ReadMe.txt
- main.c
- memake.txt
- memake.txt
- thermo_2.c
- thermo_2.h
- Connector definitions for mikromedia shields have been added
- New board definitions added:
Config files added for adequate NEW
boards.
- Updated mikroSDK development kit to conform to newly added hardware stated in last paragraph
- Added all 3 new hardware definitions
- Added following calculated delays
5 us
6 us
9 us
10 us
55 us
60 us
64 us
70 us
410 us
480 us
- Added
common_macros.h
header file- All macros shall be declared in one file
- Added following test examples
one_wire
- General One Wire testing
clicks
one_wire
thermo_2_click
- Test showcases current ambient temperature via UART terminal