The technology of based on the low power MCU of MSP430F449 and energy measurement IC of CS5460 which is a highlight of low power, low cost and high accuracy measuring terminal.
介绍了基于MSP430F 449超低功耗mcu和CS5460专用电能计量芯片组进行设计的，具有低功耗、低成本、高精度特性的电能计量计费终端技术。
Combining the specialized IC- MAX713 produced by MAXIM with MCU, to design quick charge & discharge device is the main trend of designing charge & discharge system.
将MAXIM公司生产的充电专用集成电路MAX713与单片机相结合，设计快速充放电设备，是现今充放电系统设计的主流。
Energy metering IC provides various parameters of system functionality needed and MCU is responsible for parameter processing, displaying and storage.
计量芯片提供系统功能所需的各种参数，微控制器负责对参数进行处理、存储和显示。
IC test is the most important method to ensure the product quality. It is a difficult problem to test the complicated VLSI such as MCU.
集成电路测试是保证产品质量的重要手段，如何检测MCU类复杂大规模集成电路是测试的难点。
The essay expounds a practical RFID system. The devise adopt the multi-pro IC chip S6700 produced by TI, MCU PIC16F877 and power magnifier module to realize long distance RFID system.
以射频识别技术的实际应用为背景，采用TI公司生产的多协议收发器芯片S6700，结合PIC16F877MCU和功率放大模块设计远距离阅读器。
The MSP430FW427 is used as control MCU. The function is realized by the SCAN IF module without IC circuit external, which improves the precision and sensitivity of flow measurement.
主控器采用目前国际上功耗最低的MSP430FW 427单片机，该单片机能够利用内部流量扫描模块（SCANIF）有效地转换振荡波形，不需要外部流量检测IC，提高测量的精度和灵敏度。
The MSP430FW427 is used as control MCU. The function is realized by the SCAN IF module without IC circuit external, which improves the precision and sensitivity of flow measurement.
主控器采用目前国际上功耗最低的MSP430FW 427单片机，该单片机能够利用内部流量扫描模块（SCANIF）有效地转换振荡波形，不需要外部流量检测IC，提高测量的精度和灵敏度。
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