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ad7792_rl78g13
- ad7792-ad7793驱动程,包括：AD7792.C,AD7792.H,Communication.C,Communication.H,-The demo program samples channel 1 at 16.7 Hz. The ADC is configured to work in bipolar mode and the gain of the In-Amp is set to 1. The hex values of the configuration and dat
DMC2440H
- DMC-2440-H采用基于ARM920T内核的Samsung处理器 S3C2440A, 标准主频400MHz，最高主频可达533MHz。采用64MB的SDRAM，2MB的NOR FLASH和64MB的NAND Flash。DMC-2440-H嵌入式开发系统外设非常丰富，功能强大，适用于各种手持设备、消费电子和工业控制设备的开发。支持嵌入式Linux和WINCE5.0.NET操作系统。 采用Linux -2.6.134内核，LINUX驱动支持：DM9000 网卡、串口、RTC、LED、按键、
BF6911AX
- BF6911AX规格书-增QFN32及ADC，此IC为触屏IC，是比亚迪研发部最新开发的。-BF6911AX Sheets- by QFN32 and ADC, this IC for touch IC, BYD newly developed R & D department.
P&O of MPPT
- FILE: Colltroller of Buck DC-DC Converter.c // TITLE: P&O of MPPT by disturb of Input Voltage (Vref+/-deltaV). // ASSUMPTIONS: // This program requires the DSP281x V1.00 header files. // As supplied, this project is configured for "boot to H
ADC_continuous
- ADC 连续采样 LED显示 8位采样精度(ADC Continuous Sampling & LED Indication)
ADC_timetriggering
- ADC转换 连续转换 计时触发，用于控制采样间隔和长度(ADC continuous & time triggering)
STM32F10x_StdPeriph_Lib_V3.5.0
- ADC examples 3 & 4 updated DEBUG example Example modified to support RIDE specific printf function implementation I2C example5 i2c_ee.c: add the following function prototypes: "void GPIO_Configuration(void)" add "void I2C_C
Hardware
- 运放的使用 运算放大器，对于学工科的学生来说是一个耳熟能详的词。运算放大器作为最通用的模拟器件，广泛运用于信号变换调理、ADC采样前端和电源电路等场合。大家在学习模电课程的时候，都已经学会了运放的设计。然而在使用运放的时候，又有哪些需要注意的呢？(Use of op amp An operational amplifier is a familiar word for students in the engineering department. As the most common sim
ads5500.pdf
- The ADS5500 is a high-performance, 14-bit, 125 Msps analog-to-digital converter (ADC). To provide a complete converter solution, it includes a high-bandwidth linear sample-and-hold stage (S&H) and internal reference. Designed for applications dem
AVR Studio例子
- /* * ADC.c * * Created: 22-5-2011 8:22:10 PM * Author: Wingston */ #include <avr/io.h> #include <avr/interrupt.h> uint16_t ReadChannel(int mux); int main (void) { DDRC = 0xFF; uint16_t adcval = 0; while(1){ a