集成先进的BLE 5.2 RF收发器,符合BLE 5.2标准,提供标准1Mbps BLE模式、增强2Mbps BLE模式、125kbps BLE远程模式(S8)、500kbps BLE远程模式(S2)等多种模式,在1Mbps或2Mbps BLE模式下支持AOA和AOD、RSSI、主从角色、多连接、包长扩展、KEYSCAN、IRC、10位1.33Msps ADC(可配置为16位16Ksps)、模拟MIC输入、PGA、基本、通用、高级定时器、RTC、WWDG、IWDG、LPUART、USART、SPI、I2C等外设。
4. 联系方式................................................................................................................................................ 8
Welcome to the official website of 2024 9th International Conference on Materials Technology and Applications (ICMTA 2024). The conference will be held from November 6~ 8, 2024 in Osaka, Japan, providing great opportunity for materials technology and applications participants to meet researchers in other related fields as well. ICMTA 2024 would be an excellent international conference for sharing knowledge and results in Materials Technology and Applications. Its aim to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cutting-edge development in the field. The primary goal of the conference is to exchange, share and distribute the latest research and theories from our international community. Call for paper topics include , but are not limited to:
5.5.2 IF 滤波器 ...................................................................................................................................... 17 5.5.3 RSSI ................................................................................................................................................ 17
AACA Architects Accreditation Council of Australia AACA Architects Accreditation Council of Australia AAQ Ambient Air Quality ACAT ACT Civil and Administrative Tribunal ACE Adult Community Education ACTIA Australian Capital Territory Insurance Authority ACTLIS Australian Capital Territory Land Information System ACTPAS ACT Patient Administration System ACTPS ACT Public Service ACTPSF The ACT Protective Security Framework APIAS Accounts Payable Invoice Automation System ASBA Australian School Based Apprenticeships ATSIPP Aboriginal and Torres Strait Islander Procurement Policy BDM Business Development Manager BEV Battery Electric Vehicles BSG Business Support Grant CASC Climate Action Subcommittee of Cabinet CASC Climate Action Subcommittee of Cabinet CBASS Canberra Business Advice and Support Service CBRIN Canberra Innovation Network CCCLM Council of Capital City Lord Mayors CFC Cultural Facilities Corporation CHC Community Housing Canberra CHP community housing providers CIF倒塌的保险公司CIS关键事件支持CITL社区,行业和商人许可CITL CITL堪培拉理工学院CMAG CANBERRA博物馆和画廊CMD配置管理数据库
该区域显示了 15 个子菜单选择: 1. Modulation (调制解调模式选择) 2. Work Mode (工作模式选择) 3. Frequencry Band (频段选择) 4. Data Rate (速率/频偏参数选择) 5. Tx Output Power (发射功率选择) 6. Preamble Length (前导码长度选择) 7. Packet Length (数据包长度选择) 8. Coding Format (编码格式选择) 9. CRC Select (CRC 校验模式选择) 10. CRC Seed Value 11. CRC Result Inv 12. Packet Structure 13. Freq Space and Frequency Channel (频偏和频道信号间隔设置) 14. Gaussian Select (高斯模式选择) 15. Payload Content 16. AFC Select 17. Dout Disable 18. Interval Select 19. XoCap Select 20. DC DC Enable Submenu 21. DC DC Freq 22. DC DC Voltage 3 功能选择按钮 S1~S4 的位置对应 5 个信号。
Cortex 微控制器软件接口标准(CMSIS)是 Cortex-M 处理器系列独立于供应商的硬件抽象层。CMSIS 提供了内核与外设、实时操作系统和中间设备之间的通用接口。
CMT2300A是一种超低功率,高性能,OOK(G)FSK RF收发器,适用于各种140至1020 MHz无线应用。它是CESTEK NEXTGENRF TM RF产品线的一部分。产品线包含完整的发射机,接收器和收发器。CMT2300A的高积分简化了系统设计中所需的外围材料。+20 dbmtx功率和-121 dbm灵敏度优化了应用程序的性能。它支持各种数据包格式和编解码器方法,以满足各种不同应用程序的需求。In addition, CMT2300A also supports 64-byte Tx/Rx FIFO, GPIO and interrupt configuration, Duty-Cycle operation mode, channel sensing, high-precision RSSI, low-voltage detection, power-on reset, low frequency clock output, manual fast frequency hopping, squelch and etc.功能使应用程序设计更加灵活和差异化。CMT2300A从1.8 V到3.6 V工作。当灵敏度为-121 dBM时,仅消耗8.5 mA电流,超速功率模式可以进一步降低芯片功耗。当输出功率为13 dBm时,仅消耗23MA TX电流。
信息技术 M.Tech 信息技术 G1 9 2 6 3 2 1 0 0 0 0 23 a) 机械设计 G1 4 1 3 2 1 0 0 0 0 0 11 b) 热能工程 G1 3 1 3 2 1 1 0 0 0 0 11 c) 制造科学 G1 4 1 3 1 1 0 0 0 1 0 11 a) 材料工程 G1 4 1 3 2 1 0 0 0 0 0 11 b) 制造技术 G1 4 0 2 2 0 0 0 0 0 0 8 a) 矿产与能源资源工程
1.1 Basic Parameter Configuration ................................................................................................. 3 1.2 OOK Demodulation Configuration .............................................................................................. 4 1.3 FSK Demodulation Configuration ............................................................................................... 5 1.4 CDR Parameters and CDR Mode ................................................................................................. 6 1.5 Register Classification and Usage in the Tx Bank ................................................................ 10 2.Revise History ..................................................................................................................................... 12 3.Contacts ............................................................................................................................................... 12