TI超窄带射频cc1120仿真demo类ax5043si4438开发学习板工具套装件

1 简介

TI-CC1120-Demo板基于TI 射频收发芯片CC2511和CC1120设计，

CC1120作为新一代射频收发芯片，相对于CC1101，发射状态大射频输出功率可达+15dBm，接收状态可以设置更低的符号速率和接收带宽。因此作为窄带收发系统应用，具有更好的接收性能，有效提高了通信距离，增加了抗干扰性能。

CC2511是一款含有2.4G射频收发功能的SOC芯片，本产品中主要用来作为下位机以控制CC1120，实现射频收发及性能评估。其功能可以参考

2 关于手册

本手册主要介绍如何使用此Demo板，

3.CC1120 Demo板

Quick Start Guide

The kit has two modes of operation: SmartRF Mode and Launchpad Mode. In SmartRF Mode, the boards are connected to a PC and controlled by SmartRF Studio software. In Launchpad Mode, the boards are plugged onto an MSP430 Launchpad and the CC1120 is controlled by the MSP430.SmartRF Mode

1. Download and install SmartRF Studio software (link here).

2. Connect both boards to a PC (same PC can be used) with the supplied USB cables. When the green LED "USB Ready" lights up it means that the PC is communicating OK with the CC1120 chip on the kit.

3. Run SmartRF Studio. The two boards should be recognised in the startup window and you can start exploring the functionality of the software. This includes RX and TX testing. Here is a link to an introductory hands-on tutorial for SmartRF Studio which works with the CC1120EK-433 + SmartRF Studio.

4. It is also possible to run the RX Packet Sniffer together with the CC1120EK-433. For example, it is possible to send RF packets using one CC1120 BP and SmartRF Studio, and receive and visualize these packets using the other CC1120 BP and theRF Packet Sniffer software (link here).

Note! SmartRF Mode will not work correctly if the CC1120 BP is connected to an MSP430 Launchpad. Only connect the CC1120 BP to a PC when it is stand-alone. (The reason is that there will be conflict of power supply between the boards).Launchpad Mode

1. You should get 2x MSP430 Launchpads for development(one for each side of the RF link).

2. Remove jumper on P1.6 on the MSP430 Launchpad (P1.6 is used for the SPI MISO line of CC1120)

3. Insert the CC1120 BP onto the MSP430 Launchpad so that the Launchpad "rockets" on each board is oriented in the same direction.

4. Connect the MSP430 Launchpad via USB to the PC and start development with IAR, CCS or GCC. More info about the MSP430 Launchpad is found here.

5. Measurement resultsMeasurements on two typical boards at 433MHz show +15dBm Pout, -123.5dBm sensitivity at 1.2kbps and -111dBm at 38.4kbps. This is in-line with values found in the CC1120 datasheet. Measurements were done conducted at room temperature and Vdd = 3.0V.
   
   
   
   packing list：
   
   
   
   Kit Content2x CC1120 433MHz evaluation boards
   
   
   
   2x SMA connectors (unmounted)
   
   
   
   2x micro USB cables

1. A good first example to try is theEasyLink Software Example for CC1120 on MSP430 Launchpad.