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[ARM-PowerPC-ColdFire-MIPSSerialConsoleProgramBasedOnLPC1768-

Description: 基于LPC1768的串口控制台程序,使用的是宝马1768开发板。需要外接:串口、lcd1602;需要开发板模块:串口、A/D转换、五向键、I2C、rtc、定时器、内置512kE2PROM、GPIO。已完成测试,开机需输入密码:012345;可使用 , 或 . 键上下切换输入过的命令。可设置、显示时间日期及闹钟,可更改密码。个人开发,引用需注明CJ right.-This project is a serial console program based on LPC1768 ARM chip , its use of Baoma 1768 development board. Need external: serial port, LCD1602 module the need of develop board module: serial port, A/D conversion, joystick , I2C, RTC, timer, built-in 512k E2PROM, GPIO. Has completed the test, the boot need to enter the password at the first: 012345 can use the key of , or . to up and down switching input over the command. Can set, display the time date and alarm clock, can change the password.Personal development, please respect the copyright.
Platform: | Size: 926720 | Author: | Hits:

[OtherUSERMANUL

Description: LPC4357开发板采用ARM的Cortex-M4微控制器LPC4357。内置一个ARM Cortex-M0协处理,CPU运行频率高达204MHz,片内集成1MB Flash和36KB SRAM。开发板采用独立核心板设计,核心板集成64MB SDRAM、128MB NAND-Flash、4MB SPI-Flash。核心板上的摄像头接口可直接连接各种型号的摄像头,两侧160P排针接口引出了除EMC总线外的LPC4357芯片所有功能管脚。 开发板提供丰富的外设接口,包括以太网、液晶屏、摄像头、USB-Host、USB-OTG、SD卡、RS232、RS485、CAN、耳机、麦克风、温度传感器、AD/DA、JTAG仿真器等。此外,开发板提供一个14P扩展接口,包括1路UART、1路SPI、1路I2C、4个IO、3.3V、5V,可以很方便的扩展自己的外围电路。-DS-LPC4357 development board using the Cortex-M4 microcontroller LPC4357 ARM s. A built-in ARM Cortex-M0 co-processor, CPU operating frequency up to 204MHz, 1MB Flash and 136KB SRAM integrated on chip. Development board using an independent core board design, the core board integrates 64MB SDRAM, 128MB NAND-Flash, 4MB SPI-Flash. Camera core board interface can be directly connected to various types of cameras, both sides 160P pin interface leads to the outside of the bus in addition to EMC LPC4357 chip all the functions of the pins. Development board provides a rich set of peripheral interfaces, including Ethernet, LCD screen, camera, USB-Host, USB-OTG, SD card, RS232, RS485, CAN, headphone, microphone, temperature sensor, AD/DA, JTAG emulator, etc. . In addition, the development board provides a 14P expansion interfaces, including one-way UART, 1 road SPI, 1 channel I2C, 4 个 IO, 3.3V, 5V, can easily expand their peripheral circuits.
Platform: | Size: 2249728 | Author: GREENLANDL | Hits:

[Embeded Linuxzephyr-v1.0.0

Description: 来自 Linux 基金会的实时操作系统 Zephyr 发布了 1.0 内核-Very small memory footprint approx. 8 kB. Multiple architecture support: x86, ARM and ARC. Arduino* 101, Arduino* Due, Intel* Quark* SE and NXP* Kinetis* K64 processor support. Connectivity features: Bluetooth Low Energy (BLE) and 6lowPAN support. Constrained Application Protocol (CoAP) and Datagram Transport Layer Security (DTLS) support. I/O drivers: ADC, GPIO, I2C, SPI. Zephyr SDK for application development. API documentation.
Platform: | Size: 26776576 | Author: fgfgfgf | Hits:

[SCMadc_hw_trigger

Description: Kinetis KL17/27/33 MCU是飞思卡尔推出的针对超低功耗应用的产品,提供了100uA/MHz的全速运行动态功耗以及1.43uA的静态功耗。KL17/27/33 MCU采用了48MHz的ARM® Cortex® M0+内核,提供了丰富的内存配置,内建Bootloader, 集成了丰富的外设,包括低功耗UART,ISO7816,24M bps SPI, 1M bps I2C, 16bit ADC, 以及高精度参考电压源。-Kinetis KL17/27/33 MCU is freescale s products aimed at the ultra low power applications, provided 100 uA/MHz run at full speed of the dynamic power consumption as well as the static power consumption 1.43 uA. KL17/27/33 MCU adopted 48 MHZ ARM ® architecture ® M0+ kernel, provides abundant memory configuration, built-in Bootloader that integrates rich peripherals, including low-power UART, ISO7816, 24 m BPS SPI, 1 m BPS I2C, 16 bit ADC, and high precision reference voltage source.
Platform: | Size: 196608 | Author: | Hits:

[OtherKS101

Description: 1) PIC16F877A主机采用硬件I2C通讯与KS101B/KS103/KS103S连接控制C代码 2) PIC16F877A主机采用模拟I2C通讯与KS101B/KS103/KS103S连接控制C代码 3) 51单片机主机模拟I2C通讯与KS101B/KS103/KS103S连接控制C代码 4) STM32 CORTEX-3 ARM主机模拟I2C通讯与KS101B/KS103/KS103S连接控制C代码(1) PIC16F877A host uses hardware I2C communication and KS101B/KS103/KS103S connection to control C code 2) PIC16F877A host uses analog I2C communication and KS101B/KS103/KS103S connection to control C code 3) 51 SCM host analog I2C communication and KS101B/KS103/KS103S connection control C code 4) STM32 CORTEX-3 ARM hosts simulate I2C communications and KS101B/KS103/KS103S connections to control C code)
Platform: | Size: 1183744 | Author: zyy0721 | Hits:

[SCMSTM32_HMC5883Llib-master

Description: HMC5883L I2C library for ARM STM32F103xx Microcontrollers - Main header file
Platform: | Size: 95232 | Author: Trong | Hits:

[Other21ic下载_自制STM32F103开发板

Description: STM32F1系列属于中低端的32位ARM微控制器,该系列芯片是意法半导体(ST)公司出品,其内核是Cortex-M3。 该系列芯片按片内Flash的大小可分为三大类:小容量(16K和32K)、中容量(64K和128K)、大容量(256K、384K和512K)。 芯片集成定时器,CAN,ADC,SPI,I2C,USB,UART,等多种功能。(The STM series belongs to the 32 - bit arm microcontroller of the middle and low end, which is produced by stmicroelectronics ( st ) company and its core is cortex - m3. The series chips can be divided into three categories according to the size of flash: small capacity ( 16k and 32k ), medium capacity ( 64k and 128 ), large capacity ( 256, 384, and 512k ). Chip integrated timer, can, ADC, SPI, I2C, USB, UART, and other functions.)
Platform: | Size: 7097344 | Author: bingochan110 | Hits:

[SCMMaster_receiver&slave_transmitter_interrupt.tar

Description: gd32f10x master receiver interrupt
Platform: | Size: 3072 | Author: maxric | Hits:

[Embeded-SCM DevelopsimHT32F52342_52352v130

Description: HT32F52342/HT32F52352 产品规格书 带 ARM? CortexTM-M0+ 内核以及 1 MSPS ADC、USART、UART、SPI、I2C、I2S、MCTM、GPTM、 BFTM、SCI、CRC、RTC、WDT、PDMA、EBI 和 USB 2.0 FS 高达 128KB Flash 和 16KB SRAM 的 Holtek 32-Bit 单片机(HT32F52342/HT32F52352 product specification It has ARM, CortexTM-M0+ kernel and 1 MSPS ADC, USART, UART, SPI, I2C, I2S, MCTM, GPTM, MCTM, USART, ADC, USART, UART, X and C.)
Platform: | Size: 958464 | Author: chandy.bw | Hits:

[SCMstm32f030f4-956260

Description: STM32F030采用ARM Cortex内核,运算速度高达48 MHz。STM32F030是STM32系列中价格最低的产品,具有全套外设,例如高速12位ADC、先进且灵活的定时器、日历RTC和通信接口(例如 I2C、USART和SPI)。(STM32F030 adopts the ARM Cortex kernel, and the operation speed is as high as 48 MHz.STM32F030 is the lowest priced product in the STM32 series, with a full set of peripherals such as high speed 12 ADC, advanced and flexible timer, calendar RTC and communication interface (for example, I squared C, USART and SPI).)
Platform: | Size: 514048 | Author: 呵呵何 | Hits:

[SCMSTM32F407VG(IAR)_Demo

Description: [I2Saudioplay] stm32f407罪行音频播放例程,好不容易找到的,经测试很好用。 [Audio_playback_and_record] cortexM4内核 stm32f407例程,录音播放wav, [DAC] stm32f407的DAC操作实例,开发工具IAR 6.3,代码可用于MP3播放器开发入门。 [HY32D-CODE] 3.2 ssd1289 stm32f407 application [MPP_55374] mp3源代码的 C语言实现 可以实现随机播放,循环单曲,顺序播放等功能 [TFT800_480] stm32f407 驱动5寸液晶显示图片 液晶控制器型号为SSD1963 [I2C] keil编译环境下,stm32f407使用I2C总线通讯的例程 [SPI] keil编译环境下,stm32f407使用SPI总线进行通讯的例程 [I2S] STM32的I2S编程,开发板带的程序,有做I2S音频这块的同学可以看看 [DCMI] stm32f407使用OV7670摄像头的例子。 [SD_FatFS] stm32f407读写SD卡示例,FAT文件系统说明 [STM32-IIC--MMA8451] STM32的控制MMA8451三轴加速度芯片的IIC驱动,串口打印数据到电脑显示! [jpg-decoding] ARM stm32f407 jpg 解码测试程序 [407mp3] stm32f407通过sdio接口连接sd卡,然后通过i2s播放MP3的源码(example(10)I2S\Third_Party\fat_fs\inc\integer.h (10)I2S\Third_Party\fat_fs\readme.txt (10)I2S\Third_Party\fat_fs\src\diskio.c (10)I2S\Third_Party\fat_fs\src\ff.c (10)I2S\Third_Party\fat_fs\src\option\ccsbcs.c (10)I2S\Third_Party\fat_fs\src\option\syncobj.c (10)I2S\Third_Party\fat_fs\src\option (10)I2S\Third_Party\fat_fs\inc (10)I2S\Third_Party\fat_fs\src (10)I2S\board\inc (10)I2S\board\src (10)I2S\proj\output (10)I2S\Third_Party\fat_fs (10)\board (10)\inc)
Platform: | Size: 733184 | Author: milulaile | Hits:

[SCM数字测温并显示实验

Description: 基于ARM Cortex-M4F(TM4C123)单片机 ,用微控制器的I2C模块接TMP75数字温度传感器测温;按要求对测温结果进行处理 【基本功能】 (1)使用Timer 定时方式测温,测温频率2次/秒 (2)从UART 输出实时温度,温度值以如下方式显示: Actual temperature = 34.9375 Centigrade. (每0.5秒更新一次) (3)在液晶屏上显示实时温度,按如下方式显示。(每0.5秒更新) 第1行: 温度寄存器字节1,T11-T4,HEX或DEC格式均可 第2行: 温度寄存器字节2,T3-T0,HEX或DEC格式均可 第3行: 温度= 20.0625 ℃ (包括小数)(Based on the ARM Cortex-M4F (TM4C123) MCU, the I2C module of the microcontroller is connected with the TMP75 digital temperature sensor to measure the temperature, and the temperature measurement result is processed according to the requirement. [basic function] (1) use Timer timing mode to measure the temperature and measure the frequency 2 times / sec. (2) output real-time temperature and temperature values from UART display as follows: Actual temperature = 34.9375 Centigrade. (updated every 0.5 seconds) (3) display the real-time temperature on the LCD screen as shown in the following way. (update every 0.5 seconds) First line: temperature register byte 1, T11-T4, HEX or DEC format can be. Second line: temperature register byte 2, T3-T0, HEX or DEC format can be. Third lines: temperature = 20.0625 C (including decimal))
Platform: | Size: 3320832 | Author: Der_steppenwolf | Hits:
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