搜索资源列表
STM8S003PLT8920_TX_RX
- 超级便宜的STM8S003+LT8920收发代码 分TX和RX两个工程 驱动和主函数都有 自己做项目的话可以直接移植使用(Super cheap STM8S003+ LT8920 transceiver code points, TX and RX drive and the main function has its own two engineering project can be transplanted directly to use )
si4463-RXTX
- MSP430单片机+SI4463射频芯片开发,无线发送、接收驱动函数源码。(msp430 and SI4463 project development,willess tx and rx drivers.)
rx_module
- 接收机的顶层模块构建,对需要参考的朋友有一定的帮助(The construction of the top module of the receiver is helpful to friends who need reference.)
MSP430模块代码(SI4463)
- have msp430 tx rx,nf902,MAX3221
rV04-udiRC-20161009-SPI3-PUDN
- XN297L开发的遥控手柄,3线SPI发射,用此手柄作为四轴飞行器的遥控,可遥控四轴,也可回传四轴的各种数据。 在上电时选择工作模式, 默认TX,按住MODE键上电进入RX模式,连接串口使用地名站观察数据; 手柄硬件为STM8S+XN297L。(The hardware of the handle is STM8S+XN297L.)
LT8920 Tx+Rx Demo
- 用arduino板实现LT8920无线收发,IO口要根据自己修改配置,“”loop*”根据需要改成发送或者接收(Using Arduino board to realize LT8920 wireless transceiver, IO port should be modified according to its configuration, and "loop*" should be changed to send or receive according to nee
MIPI_CSI_2_Rx
- MIPI CSI 2 Rx verilog / vhdl core
Transform
- 包括以下函数 1)平移(tx,ty,tz)的矩阵Txyz void matTxyz(float Txyz[4][4],float tx,float ty,float tz) 2)绕x轴旋转theta角的矩阵Rx void matRx(float Rx[4][4],float theta) 3)绕y轴旋转theta角的矩阵Ry void matRy(float Ry[4][4],float theta) 4)绕z轴旋转theta角的矩阵Rz void matRz(float Rz[4][4]
Lvds_Receiver
- 基于FPGA实现1080p的LVDS 7:1接收程序(Implementation of 1080p LVDS 7:1 receiving program based on FPGA)
03-2x2MIMO系统的完整数据链仿真
- % Type of different detectors, parameters for Detector.m ML = 1; % Joint ML Detector JMMSE = 2; % Joint MMSE Detector ZF = 3; % Joint Zero-Forcing Detector % Type of different antenna selection criteria methods MBER = 1; MMI = 2; LAZY = 3; MNP = 4
stm32f030f4串口例程
- 使用USART1,复用PA9,PA10作为TX和RX引脚,功能测试正常,波特率115200(Using usart1, multiplexing PA9 and PA10 as TX and Rx pins, the function test is normal, and the baud rate is 115200)
串口测试
- 基于stm32F407的串口通信测试,TX/RX接的是PB6/PB7(Based on stm32f407 serial communication test, TX / Rx is connected to pb6 / pb7)
asr_lora_6601-master
- ASR6601 是一款通用的 LPWAN 无线通信 SoC,集成了射频收发器、调制解调器和 32 位 RISC MCU。射频收发器具有 150 MHz 至 960 MHz 的连续频率覆盖范围。调制解调器支持 LPWAN 用例的 LoRa 调制和传统用例的 (G)FSK 调制。调制解调器还支持TX中的BPSK调制以及TX和RX中的(G)MSK调制。LPWAN无线通信模块采用ASR6601设计,可为LPWAN应用提供超远距离和超低功耗通信。 ASR6601可以实现-148 dBm的高灵敏度,最