Design and implementation of a vehicle remote control system based on MSP430 and nRF905

Recommended ContentMore

Open source project More

• [Tuya Smart] Temperature and Humidity Module +127737W
• Key module advanced version
• Clock control/2-phase bipolar stepper motor driver IC——TB67S209FTG
• AWTRIX Mini LED Light Panel
• 1.54 inch tft screen weather clock
• 4-channel audio selection board
• Regulated power module
• usb network port extension
• FP7208 high power LED boost driver board
• FRDM-24XSMBEVB: Freedom hardware for MC24XS4 series

Searched by Users

• ARM Linux kernel source code analysis
• A Complete Collection of Practical Audio Integrated Circuits (Free Download)
• GPS positioning system circuit, including PCB files---the best choice for learning GPS positioning
• AHP (Analytical Hierarchy Process) calculation software
• Several practical switching power supply transformer parameter design software
• Analysis of the Causes of Zero-Crossing Distortion in Average Current Control PFC
• Design of high-efficiency DC-DC module power supply based on UC3843 chip
• Anlogic EG4S20 FPGA DataSheet V1.4
• Renesas MCU Download Software
• Arduino Case Study (Volume Ⅷ)

Just Take a LookMore

• Showing off the i.MX6 development board
  This is an i.MX6 development board from two years ago. The i.MX series has good performance and is upgraded quickly. While showing the board, I also hope to be able to exchange other development board
• About the distance of infrared obstacle avoidance circuit
  This is a circuit I found online. The test distance is less than 10CM. How can I increase the distance? I added an NPN transistor to the DO, but it didn't work. I then replaced the receiving tube with
• Repost - Tesla battery violent disassembly video
  This disassembly team really loves Tesla. I remember that some time ago, in order to see what is inside a Tesla battery, they actually disassembled a Model S battery:It's quite stupid, but I felt real
• How to port uCOS-II to LPC17XX
  1. Knowledge preparation To have a deeper understanding of the UCOS-II porting, two aspects of knowledge are required: (1) Target chip. Here is the LPC17xx series chip. They are all based on the ARMv7
• X-NUCLEO-IKS01A3 sensor driver transplantation based on NUCLEO-L011K4
  [i=s]This post was last edited by sylar^z on 2019-7-24 18:22[/i]This porting of the X-NUCLEO-IKS01A3 sensor driver is based on the NUCLEO-L011K4 development board, using the official en.x-cube-mems1.z
• Standard EIA RS-198
• TMS320C6678 power-on configuration and FPGA reset DSP
• IEC 61000-4-5 Phases of three-phase power supply systems
• [Chuanglong TLA40i-EVM development board] +04.USB-Camera test-abnormal (zmj)
• [Automatic clock-in walking timing system based on face recognition] MaixBit-K210 can easily run with face recognition function!

Trending Downloads

• Digital clock design circuit diagram based on single chip microcomputer
• Modern Time Domain Measurement (Harbin Institute of Technology Press + 1989)
• The best-selling C language tutorial in China
• Huawei GTM900 module typical circuit
• MCGS data acquisition microcontroller data transmission design information.rar
• Component Selection Layout and Thermal Design Consideration for DCDC
• Power supply MTK6305
• E:\\New Folder\\PADS Tutorial\\PADS9.5 Video-HDMI Module Wiring Operation
• Method of interfacing LabVIEW with C language
• Design and implementation of embedded monitoring system based on ARM

Trending ArticlesMore

• Either continue to worry about your car motor control, or look for S12ZVMB to solve your problems
• Tutorial video - Z-Wave and its remote protocol starter kit operation introduction
• Future Electronics wins "Best Industrial Motor Control Award" from STMicroelectronics
• Chinese application note "AN3082 - IS2066B Wireless Stereo Technology Reference Design Application Note"
• From sand to chips: How a processor is made (video included)
• Registration countdown TOF prize live seminar
• [Shishuo Chip Products] To protect the power storage system, high voltage switching DC relays are now popular!
• Zhou Lidong, the fifth dean of MSRA, takes office! Born in Fudan University, joined Microsoft for 19 years, and is an expert in large-scale distributed systems