storage circuit

The hardware design scheme is discussed in detail in this thesis, which includes power monitoring module, storage module, CPLD module, peripheral interface circuit module and communication module.

文章随后详细论述了硬件平台的构建方案，包括电源监控模块、存储器模块、CPLD模块、外围接口电路模块和通讯模块。

A kind of storage control circuit that the current can flow on two-way is designed. A large current charge for the battery is adopted.

设计了一种具有电流双向流动功能的储能控制电路，并采用大电流快速充电法给蓄电池充电。

The design of this system include A/ D convert circuit module, video signal Format receive control CPLD module, video data storage module, video signal core process dsp Module, FPGA data transmitting module, USB high speed interface module and power supply Module.

本系统的设计包括A/D转换电路模块，视频信号模式接收控制CPLD模块，视频存储部分的硬件模块，视频信号处理核心DSP模块，FPGA数据传输模块，USB高速接口模块以及电源模块。

Hardware circuit design and implementation, including FPGA module circuits, Gigabit Ethernet interface circuits, data storage module circuit and the system power supply circuits. 4.

设计和实现DVI视频控制器的硬件电路，主要包括主控FPGA模块电路、千兆以太网接口电路、数据存储模块电路、系统电源电路等。

The paper has a detailed introduction to the software and hardware of the power circuit, micro-controller circuit, power stakeout circuit, communication circuit, data storage circuit and display circuit of the Collection Device Terminal.

论文中详细介绍了采集器终端供电模块、微控制器（单片机）模块、电路监控模块、数据存储模块、通讯模块、显示模块和时钟模块的软硬件设计。

Research on Equalization Circuit and Bus Control for Series Connected Energy Storage Cells

串联储能电源组均衡电路及其总线控制研究

Finally we design the energy storage circuit, recharge the lithium battery.

最后设计了能量存储电路，实现了对锂电池的充电。

The main structure of register file includes storage unit, decoder, timing control module and the read out circuit.

寄存器堆的主要结构有存储单元，译码器，时序控制模块，读出电路。

The read/ write channel, as an important component of hard disc, whose key functions are to fulfill data writing into storage and reliable data recovery through circuit.

读写通道是硬盘的重要组成部分，其关键的功能是通过电路实现数据可靠的写入和读出。

Secondly, the hardware design of the Energy Storage Inductors based dynamic two-way lossless balanced circuit is introduced, which explains the function, structure and hardware design of each module in the circuit.

其次介绍了本课题所选的基于储能电感的动态双向无损均衡电路的PCB板硬件设计并详细阐述了系统内部各模块的功能、结构和硬件设计原理。

This paper redraw the PCB circuit board while regularly programming each module and realized the function of data storage. Finally, this article debugged the improved PCB board.

并绘制改进电路的PCB电路板，同时对各个模块进行规范编程实现了数据存储功能。最后，对绘制的改进电路PCB板进行调试。