Practical combat: The use of Xilinx primitives (Lecture 1)-Navigator ZYNQ development board video-EEWORLD Training

Recommended Posts

Practical Tips | Four Myths About Ultra-Wideband (UWB) Technology: Myth 1: UWB can only operate over short distances This understanding is incorrect. While UWB is technically a short-range wireless technology (like Bluetooth, WiFi, and NFC), it's really more of a cat; 石榴姐 RF/Wirelessly

Protel DXP batch modify the parameters of the same components: Protel DXP batch modify the parameters of similar components; fighting Analog electronics

3 days left: Free application, Allwinner quad-core A40i low power and high performance evaluation board: Chuanglong Technology TLA40i-EVM is a domestic evaluation board based on the A40i processor of Allwinner Technology, with a quad-core ARM Cortex-A7 high-performance and low-power design. The main freq; EEWORLD社区 Domestic Chip Exchange

There is a problem with a program, but I don't know where it is. Please help. Thank you: #include #includevoid delay(int x) { int i,j; for(j=1800;j0;j--)for(i=x;i0;i--); }void main() {P1=0xfe;char L;L=p1;while(1){P1=_crol_(L,1);delay(30);}}错误是： LED7.C(13): error C141: syntax error near 'c; xywust 51mcu

Can any kindhearted person help me? I am a beginner in single chip microcomputer. The AD conversion cannot be displayed. I don’t know where the problem is. I also have a circuit diagram. Please help me solve it! Thank you!: LED_0 EQU 30H LED_1 EQU 31H LED_2 EQU 32H ADC EQU 35H ST BIT P2.0 OE BIT P2.1 EOC BIT P3.2 ORG 0000H LJMP START ORG 0100H START: MOV LED_0,#00H MOV LED_1,#00H MOV LED_2,#00H MOV ADC,#00H MOV DPTR,#0FE; gobbs Embedded System

SINM900A module problem: Urgent help. Has anyone used the sim900A module? Currently, I only have a hardware design manual and an AT instruction set. It seems that a software design manual is needed. If any of my friends have; baixichi stm32/stm8

Circuit

可能感兴趣器件

Location:Training / Embedded Development / FPGA / Navigator ZYNQ development board video / Practical combat: The use of Xilinx primitives (Lecture 1)