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DSP(TMS320LF2407A)is chosen as main control chip in this system.
该系统选用了DSP(TMS320LF2407A)作为主控芯片。
R-BT656. Then the JPEG2000 video encoding system based on ADV202 was designed, in which TMS320VC33 was the main control chip.
R-BT656等多种视频格式。 然后基于ADV202设计并实现了JPEG2000视频编码系统,它采用TMS320VC33作为系统的主控芯片。
It uses AT91RM9200 as its main control chip,and transmits vibration signal to the PC work station which analyses the signal in real time.
本系统采用了AT91RM9200作为主控芯片,并实时将采样信号传输到PC工作站,供PC工作站分析。
A frequency controller for wireless power supply based on DSP is designed. TMS320LF2407 is used as the main control chip and IR2110 is used as the power driver.
设计了一种基于DSP的无线感应电源发射频率控制系统器,硬件以TMS320LF2407作为主控芯片,使用IR2110作为驱动电路;
A frequency controller for wireless power supply based on DSP is designed. TMS320LF2407 is used as the main control chip and IR2110 is used as the power driver.
设计了一种基于DSP的无线感应电源发射频率控制系统器,硬件以TMS320LF2407作为主控芯片,使用IR2110作为驱动电路;
The Design of Firmware Based on USB Master Chip SL811HS
USB主控芯片SL811HS的固件程序设计
This article introduces the method of the firmware design based on USB master chip SL811HS presented byCypress.
本文以Cypress公司的USB主控芯片SL811HS为例,介绍了其固件程序的设计方法。
A scheme of elevator monitoring system based on Ethernet was developed, in which TMS320LF2407A was used as master chip, RTL8019AS as Ethernet interface chip, and the moni-toring interface based on LabVIEW.
本文介绍了一种基于以太网的电梯监控系统,该系统采用TMS320LF2407A作为主控芯片,RTL8019AS作为以太网接口芯片,采用LabVIEW建立监控界面。
A scheme of embedded system with fast Ethernet interface was developed, in which TMS320F2812 DSP was used as master chip, and LAN91C113I of SMSC Company was used as Ethernet interface chip. The interface of two chips was simple and easy to connect. It takes a method for distributed control system to use Ethernet technique.
介绍了一种嵌入式系统的快速以太网接口方案,该方案采用适于控制的TMS320F2812DSP作为主控芯片,采用SMSC公司的LAN91C113I作为以太网接口芯片,具有接口简单方便易于实现的优点,为在分布式控制系统当中应用以太网通信技术提供了一种解决方法.
Based on the analysis of code structure and measuring principle of different digital levels in being, design of developing circuit is accomplished in which AVR MCU with high performance is the master chip, a CMOS image sensor is used to collect image of bar code ruler and LCD display module acts as the man-machine interface.
本文在对国外各种数字水准仪的读数原理和编码结构进行分析研究的基础上，形成开发数字水准仪硬件电路的设计方案。 根据该设计方案，分别对数字水准仪硬件电路的主要部件进行了选型，主控芯片采用高性能的AVR单片机，前端采用CMOS图像传感器为标尺图像采集部件，人机界面采用液晶显示模块，在此基础上，完成了数字水准仪的硬件电路设计。
A scheme of Dual-spectrum detection system with PCI interface has been developed, in which the CY7C09449PV of Cypress PCI-DP family is used as PCI interface chip,and TMS320F2812 of TI Company is used as main-control chip for the control unit of the system.
介绍了一种双谱段探测系统的PCI接口方案,该方案采用TI公司的TMS320F2812 DSP作为控制单元主控芯片,采用Cypress公司PCI-DP系列的CY7C09449PV作为PCI接口芯片,具有接口简单方便易于实现的优点。
The voltage and current mutual inductors can transform strong signal to weak signal which can be processed conveniently. PIC16F877A which produced by Microchip Company is the main-control chip of the EPMI. The EPMI uses ATT7026 which is the special chip to measure electrical energy to acquire and process data.
本测试仪用电压和电流互感器构建信号转换电路,将大电压电流信号转换为便于处理的小电压电流信号,以Microchip公司的PIC16F877A作为主控芯片,采用专用电能计量芯片ATT7026对信号进行数据采集与处理,并通过SPI口与MCU进行数据通信。
This paper presents a display device of parallel UPS system using LCM with T6963C. The
parallel UPS system uses TMS320F240 of TI company as main-control chip. It provides the interface
circuit of DSP and LCD, describes the initialization of LCM、the display method of geography and
character information.
介绍了一种利用T6963C 型LCM 制作的并联UPS 系统的显示装置,该并联UPS 系统采用美国TI 公司的TMS320F240 作为主控芯片,给出了DSP 与LCM 的接口电路,并对软件设计中的LCM 初始化程序、图文信息显示方法作了阐述。
A novel & practical digital parallel UPS system is introduced. The parallel UPS system bases on distributed logic paralleling control, uses TMS320F240 of TI Company as main-control chip. With application of CAN bus technology, Communication is realized for all of parallel UPS units or between them and supervision device.
介绍了一种数字化并联UPS系统,该并联UPS系统基于分散逻辑控制,采用美国TI公司的TMS320F240作为主控芯片,并应用CAN总线技术完成各并联UPS单元间及其与并联系统监控装置的通信。
In our robot controller, the ARM core chip S3C2440 is selected, the external memory includes 32M*2 SDRAM, 2M NOR flash and 64M Nand flash.
在我们的机器人运动控制器中,选择了S3C2440作为主控芯片,外接存储器包括:32M*2的SDRAM,2M的NOR Flash和64M的Nand Flash。
The main controller is CY2131QC(Cypress) and the logic controller is EPM3256A(Altera).
系统的主控芯片为CY 2131QC(Cypress),逻辑控制芯片为EPM 3256A(A ltera)。
In this paper, the total system control circuit based on TMS320LF2407A was designed.
本文以TMS320LF2407A作为主控芯片，设计了整个系统的主控制电路。
The main chip of communication module is MC68HC908AZ60A, USB interface chip is PDIUSBD12, the voltage conversion chip of RS-232 is MAX3222I, CAN high-speed transceiver is TJA1040. Using the assembly language, C and Visual C++, the firmware of module, WDM driver and application program are developed.
通信模块选用MC68HC908AZ60A作为主控芯片，PDIUSBD12作为USB接口芯片，MAX3222I作为RS232的电平转换芯片，TJA1040作为高速CAN收发器。 运用汇编、C和Visual C++6.0完成了模块的固件程序、WDM驱动程序和应用程序的设计。
Main control CMOS AT89C51 is used to speed control, assistant CMOS AT89C2051 is used to direction control.
AGV车上控制器采用主控芯片AT89C51调速,辅助芯片AT89C2051调向。
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FAQ技术支持
问：1.瑞萨有没有USB 3.0 OTG的芯片，或者开发计划？ 2.据了解瑞萨的USB 3.0 Host实现了一些xHCI Vendor Specific的命令（比如FW Version），这些命令是需要NDA的，怎么才能联系获取到这些NDA资料? 3.有没有一些USB 3.0 Host芯片的Errata,如何获取?(瑞萨USB3.0主控芯片)
感谢你的提问, 回复如下: 1)瑞萨电子现在是没有USB 3.0 OTG的芯片, 暂时并没有该计划。 2)有关具体的技术和NDA的事情, 请跟我们的SALES 同事联络, 我们可以作具体的商务跟踪。 3)我们USB3.0 所有的信息也是通过PREMIUM USER 账号去开放。请先注册“My Renesas”帐号(英文版) 以获得更多资料, 和跟我们的SALES 同事联系, 谢谢!
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无相关数据固态硬盘SSD的主控芯片是MCU还是DSP 或是别的芯片_百度知道
固态硬盘SSD的主控芯片是MCU还是DSP 或是别的芯片
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通常是集成了mcu的专用芯片。
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