Kinetis provides a fairly reliable mechanism for protecting intellectual property rights; It is necessary to lock the chip artificially, which is a product of postpartum. However, the user mistakenly erased the chip internal Security Memory part (0X400~0X40F), thereby locking the chip; is the chip going to be scrapped, in fact, there is a way to save.
Once the chip is locked, that is, J-link and other debugging tools can not download the program, i
Many of my current active projects are using NXP's Kinetis Design Studio (KDS) V3.2.0 (I've published a lot of projects on GitHub). Now with the advent of the Mcuxpresso IDE (see "Mcuxpresso IDE: Unified Eclipse IDE for NXP ARM cortex-m microcontrollers"), I've migrated several KDS projects to Mcuxpresso. This article is about how to easily migrate KDS projects and run them in the Mcuxpresso IDE.OverviewThe Mcuxpresso IDE uses a newer Eclipse IDE (Neo
For CMSIS function calls, ARM officially provides stm32 examples, and it seems that there is no problem when stm32 calls CMSIS. Problem Source: see iar technical article Using CoreSight Trace Techniques on Cortex-M3/M4, I feel good, one by one practices on kinetis, found Example 5: the functions described in Printf via SWO cannot be implemented. Problem Analysis: The function ITM_SendChar () cannot be called. The function is defined in the core_CM4.h
Mk60dz512zlq10, then enter k60dn512z.4> Click the "Main" tab in the right window in step 3 and click the "Flash" button under the tab to start the download.Note: For additional instructions on "Device name" in step 3:For a more convenient view of the supported "Device name", you can click "GDB pemicro Interface Debugging" in the window that pops up in step 2, and a download configuration will appear underneath it. Then click on the download configuration, select the "Debugger" tab in the right
This article describes in detail how to migrate the NFC Reader library to the Kinetis k64f microcontroller. This article uses a real-world porting case to demonstrate the steps required to migrate the NFC Reader library to the sample target MCU. The purpose of this article is to serve as a guide for software developers to transplant the NFC Reader library into the MCU chosen by their design.
NFC Reader Library Overview
The NFC Reader Library is a se
. After the driver is installed, a corresponding serial port appears, as shown in the following figure:
3. Installing the Kinetis SDK
Double-click the Kinetis SDK 1.3.0 mainline-windows.exe, the interface shown in the following image: Click the "Yes" button, the following image shows the interface, select the installation path. Click the "OK" button and the SDK starts to install, as shown in the figure be
(M0 48MHZ)
STM32 lxxx Series (M3 32MHZ)
STM32 f1xx Series (M3 72MHZ)
STM32 f2xx Series (M3 120MHZ)
STM32 f4xx Series (M4 168MHZ)
NXP:
LPC11XX lpc12xx Series (M0)
LPC13XX lpc17xx lpc18xx Series (M3)
LPC43XX Series (M4)
Freescale:
Kinetis L Series (m0+)
Kinetis x series, K series (M4)
Atmel:
sam3s/u/n Series (M3)
SAM4S Series (M4)
, counting semaphores, clock/Timer, signal, pthread, environment variables, file system class VxWorks management and watchdog timer BSD socket interface priority Management Extensions Optional tasks with address environment (processes) the inherited "control terminal" and I/O redirection request-type paging system logs can be constructed as open, flat embedded RTOS, or independently built as a microkernel with system call interface built-in per-thread CPU load measurement good documentation supp
Preface
This article's small knowledge point is the C language three-mesh operator, this is a very useful operator, you can see in the Kinetis library function has a lot of applications, this article I will use a familiar example to explain.
Knowledge points
。 :Also known as the conditional operation symbol, is the only three-mesh operator in the C language, and the binding order is from right to left.
The conditional operators have a lower preceden
I participate in the CSDN Blog Star Contest, please everyone support! The polling site is as follows:Http://vote.blog.csdn.net/blogstar2014/details?username=woshi_ziyu#content-------------------------------------------------------------------------------------------------------------Ke02:kinetis KE02 Entry level MCUHttp://www.freescale.com/zh-Hans/webapp/sps/site/prod_summary.jsp?code=KE02Frdm-ke02z:kinetis E Series Freedom Development PlatformHttp://
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