Simulation can provide a lot of information about what the system is doing. We canadd the effect of different element, like Encoder resolution, ADC sampling rate, etc and understand how does it affect the system. Another benefit is the possibility to slow down the process, to gain insight on what happens of fast systems or, vice versa, speed up slow process.Because National Instruments is a unique company in the fact the we provide a fullhardware solution couple with a full development platform, we can use this tools in very particular ways For example, it is possible to combine the LabVIEW Control Design and Simulation Module along with the FPGA module to quickly prototype a controller. One of the main benefits of this approach is that there is no need to compile the FPGA code, which allows for a quick algorithm design turnaround and debugging.
标签： pid控制
上传时间： 2022-07-20
上传用户：
MT7688 family integrates a 1T1R 802.11n Wi-Fi radio,a 580MHz MIPS? 24KEcTM CPU,1-port fast Ethernet PHY, USB2.0 host, PCIe, SD-XC,I2S/PCM and multiple slow IOs. MT7688 provides two operation modes-IoT gateway mode and IoT device mode. In IoT gateway mode, the PCI Express interface can connect to 802.1lac chipset for 1lac dual-band concurrent gateway. The high performance USB2.0 allows MT7688 to add 3G/LTE modem support or add a H.264 ISP for wireless IP camera. For the IoT device mode, MT7688 supports eMC, SD-XC and USB 2.0. MT7688 can support the Wifi high quality audio via 192Kbps/24bits I2S interface and VolP application through PCM. In IoT device mode, it further supports PWM, SPI slave,3d UARI and more GPIOs. For IoT gateway, it canl connect to touch panel and BLE, Zigbee/Z-Wave and sub-1G RF for smart home control.
上传时间： 2022-07-24
上传用户：
STM32F驱动L6470 ■ Operating voltage: 8 - 45 V■ 7.0 A out peak current (3.0 A r.m.s.)■ Low RDS(on) Power MOSFETs■ Programmable speed profile and positioning■ Programmable power MOS slew rate■ Up to 1/128 microstepping■ Sensorless stall detection■ SPI interface■ Low quiescent and standby currents■ Programmable non-dissipative overcurrentprotection on high and low-side■ Two levels of overtemperature protection
标签： l6470
上传时间： 2022-07-25
上传用户：kingwide
VITA 46 Highlights Retain standard 6U and 3U form-factors Height, depth, pitch, front panel arrangements, conduction-cooled interfaces, etc.Support standard-length PMC and XMC modules· Support high-speed serial fabric on the backplane Tyco MultiGig RT2,7-row connector· Support VME and PCI interfaces for legacy compatibility· Provision for optical connectors as option· Support improved logistics Provide support for Line Replaceable Module(LRM) applications with ESD-protected connector Alignment and keying blocks
标签： vita46
上传时间： 2022-07-25
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・This is a high sensitivity type of Nicera Hall element using evaporated InSbfilm.・It performs effectively in low magnetic fields due to the high sensitivity.・The input and output resistance values are suitable for transistor circuitsBrushless motors・DVD drive, CD-ROM drive, floppy disk drive・Other small precision motors・Non-contacting magnetic sensors・Position sensors, rotation sensors, current sensors・Magnetic flux sensors other than those above
标签： nhe520f
上传时间： 2022-07-26
上传用户：
This is a high sensitivity type of Nicera Hall element using evaporated InSbfilm.It performs effectively in low magnetic fields due to the high sensitivity.The input and output resistance values are suitable for transistor circuits.Sip type packageApplications Brushless motorsPosition sensors, rotation sensors, current sensorsNon-contacting magnetic sensorsCurrent sensorsMagnetic flux sensors other than those above
上传时间： 2022-07-26
上传用户：
•High-sensitivity InSb Hall element.•Super mini-mold SMT package (fits SOT343 land pattern).•Shipped in packet-tape reel (4000pcs per reel).
标签： hw108a
上传时间： 2022-07-26
上传用户：
VME has been the de-facto bus standard for Commercial off the Shelf(COTS ) Circuit Card Assemblies since the 1980's. VME boards have proven to be remarkably capable of evolving to support newer technologies with innovations such as VME Subsystem Bus, PCI Mezzanine Cards(PMC's) and VME320.However, advances in technologies, appearing particularly in interconnects, have demonstratedthe need for an advance in system development. This advance needs to accommodate high speed interconnect, particularly serial interconnects, and higher power delivery in concert with better heat removal.
标签： vpx标准
上传时间： 2022-07-27
上传用户：bluedrops
eeworm.com VIP专区 单片机源码系列 59资源包含以下内容：1. MSP430系列单片机培训班.pdf2. MSP430单片机通用系统研制和应用.pdf3. 基于单片机的防火漏电保护器设计.pdf4. PIC单片机学习网--MCD2快速入门.pdf5. 单片机应用系统的CPLD应用设计.pdf6. 基于STC89C52数控直流电源设计.pdf7. 基于68HC908MR16单片机的光伏正弦波逆变电源.pdf8. 纺织设备中金属旋转体振动的单片机测试系统.pdf9. 基于MPC860的SIMADYN D通信板的设计.pdf10. MSP430系列16位超低功耗单片机原理与应用大纲.pdf11. 单片机在胶订机智能控制系统中的应用.pdf12. 基于SPCE061A单片机的语音播报温度计的设计.pdf13. 用AT89S51单片机制作红外电视遥控器.pdf14. 数码管驱动及键盘控制芯片CH451.pdf15. ARM单片机的存储器接口.pdf16. AVR mega128学习板.doc17. 轮胎动态试验台在线测控系统的研制.pdf18. AVR mega128开发板.doc19. 哈尔滨九洲电气股份有限公司2009年年度报告.pdf20. AVR mega16开发板恩易.doc21. 单片机原理与接口技术教材.pdf22. ISP下载线 mega16开发板恩易.doc23. CAN通讯模块.doc24. JTAG仿真器 mega16开发板恩易.doc25. 单片机嵌入式模块.doc26. 单片机C语言.pdf27. 嵌入式网络模块.doc28. 单片机高级特性.pdf29. CAN网络模块.doc30. 单片机与电磁兼容基础研究之二.pdf31. 嵌入式CAN模块.doc32. ISP型单片机实验板.pdf33. 基于MC9S12DP256的AMT系统的设计.pdf34. 微处理器在汽车巡航系统中的应用.pdf35. 电动汽车充电站网络监控系统的研究.pdf36. 基于单片机控制的视频远程传输系统.pdf37. 基于51单片机控制的高精度微波辐射计天线伺服系统.pdf38. 诊断中性束时序控制系统的研制.pdf39. 《单片机技术实验》指导书.pdf40. C8051F单片机串口IAP原理.pdf41. 基于AT89C2051单片机的客车倒车监视系统.pdf42. MCS-51单片机的指令时序.pdf43. 一种基于MCS51的微型计算机数控系统设计.pdf44. 基于MSP430单片机的以太网供电设备的软件设计.pdf45. 单片机与接口技术实验讲义.pdf46. 单片机实践教学的问题与对策.pdf47. 凌阳61板电子实习.pdf48. 单片机控制的气相色谱热导检测器研究.pdf49. Agilent Wedge for Probing High.pdf50. PLC综合实验指导书.pdf51. 基于单片机的经济实用型机床系统设计.pdf52. 基于单片机及FPGA的时码终端系统.pdf53. 单片机控制LCD模拟雷达环视显示器画面.pdf54. 基于AT89C51单片机的智能门锁控制系统的设计.pdf55. SX单片机实验箱电路板简介.pdf56. 基于凌阳SPCE061A单片机的智能小车的设计.pdf57. MCS-51单片机仿真实验系统智能测控技术实验指导书.pdf58. 单片机C语言程序设计实验指导书.pdf59. 计算机学院--单片机原理.pdf60. 基于单片机的轮机模拟器电站同步表实现.pdf61. LS2051技术资料.pdf62. 单片机实验教学方法的探讨.pdf63. 三种单片机模拟串口方法介绍.pdf64. 基于Proteus和Keil的单片机教学新方式.pdf65. 单片机概述课件.pdf66. 单片机控制的智能PID控制器在液压系统中的应用研究.pdf67. 基于C8051F单片机的煤矿10kV电网保护测量装置.pdf68. 51单片机在视频矩阵设计中的应用.pdf69. 基于单片机的并联电梯控制系统.pdf70. LS4051技术资料.pdf71. 单片机系统中PS/2键盘驱动程序的设计.pdf72. 基于DTMF与单片机的电话远程和红外近程测控系统.pdf73. 基于单片机的AFM纳米机械性能测试系统.pdf74. 单片机控制温度的一种新型电烙铁.pdf75. 计步器电路及单片机应用.pdf76. M5399-A型51 AVR PIC单片机仿真学习型开发板简.pdf77. 51单片机控制nrf401程序.rar78. STK单片机选型表.pdf79. 超高性价比,超高灵活性的SST89系列单片机.pdf80. SST单片机应用文集.pdf81. 8051单片机系统扩展.ppt82. 单片机原理及应用课件.ppt83. modbus开发程序包.rar84. 68HC(9)08JL3单片机的特点及开发手段.pdf85. keilc51中调用a51程序.pdf86. AS-IPC网络摄像机编码模块.pdf87. MC68HC908系列单片机的片内FLASH在线编程.pdf88. KeilC51中C51程序与汇编程序的接口方法.pdf89. 带您从零学51单片机.pdf90. iMPACT软件使用说明.rar91. c51开发串行总线程序的优化.pdf92. 设计技术问答：单片机应用编程技巧.pdf93. ICC AVR编译器的安装与使用.pdf94. c51程序框架生成器v10.zip95. 《单片机原理与应用》复习题.pdf96. Keil uVision3使用教程.pdf97. 基于单片机的等效采样示波器的设计.pdf98. 基于单片机的分布式液位控制系统设计.pdf99. AVRISP使用说明书.pdf100. 2.4寸液晶屏资料及51单片机代码.rar
上传时间： 2013-06-20
上传用户：eeworm
eeworm.com VIP专区 单片机源码系列 67资源包含以下内容：1. P89LPC912单片机数据手册.pdf2. P89LPC932 Flash单片机使用指南.pdf3. PC MCU串行通信的应用设计方法.pdf4. RSA加解密系统及其单芯片实现.pdf5. PCF8563实时时钟高精度调整方法.pdf6. PAM2862 1A LED Driver with Int.pdf7. AN070219 PCF8563中断输出功能.pdf8. SJA1000 Stand-alone CAN contro.pdf9. PCA82C250 PCA82C251 CAN Transc.pdf10. SJA1000独立的CAN控制器应用指南.pdf11. PCA82C250 CAN收发器应用指南.pdf12. SCN2681 SCN68681和SCC2691数据通信.pdf13. Philips单片机P89V51RD2简介.pdf14. 飞利浦SC16C器件和飞利浦低功耗SC16CxxxB器件之间.pdf15. P89V51RD2单片机看门狗的使用方法.pdf16. SC16C554 SC16C654 SC16C554B SC.pdf17. P89V51RD2的加密操作.pdf18. SC16C550应用实例.pdf19. 如何在C语言中调用P89V51RD2的IAP功能.pdf20. P89LPC901实现ADC DAC及UART通信.pdf21. P89LPC900在高精度模数转换场合的应用.pdf22. P89C51Rx2xx硬件进入ISP的方法.pdf23. Study-3 51单片机开发板原理图.pdf24. 基于P87LPC760的DALI从机.pdf25. PCA9515D PCA9515DP I2C中继器.pdf26. PCA9534 8bit I2C bus and SMBus low power IO port with interru.pdf27. LPC900 Flash单片机键盘中断.pdf28. PCA9516 5channel I2C hub.pdf29. PCA9535 PCA9535C 16bit I2C bus.pdf30. LPC700系列单片机看门狗复位应注意的问题.pdf31. PCA9516 I2C中继器.pdf32. PCA9536 4bit I2C bus and SMBus.pdf33. 内置Reset WDT电路的串行E2PROM原理及应用设计.pdf34. PCA9517 Level translating I2C-.pdf35. PCA9537 4bit I2C bus and SMBus.pdf36. X-tal oscillators on 8-bit mic.pdf37. PCA9517低电压I2C总线中继器.pdf38. PCA9538 8bit I2C bus and SMBus.pdf39. 8051系列单片机应用系统的PROTEUS仿真设计.doc40. PCA9518 Expandable 5channel I2.pdf41. PCA9539 PCA9539R 16-bit I2C-bu.pdf42. 基于单总线技术蓄电池监控系统设计.pdf43. PCA9518A I2C 中继器集线器与扩展器.pdf44. PCA9540B 2channel I2C bus mult.pdf45. 基于AT89C51应用系统的串行通信设计.pdf46. PCA9519 4channel level transla.pdf47. PCA9541 2 to 1 I2C-bus master.pdf48. PCA9519 4通道I2C-bus SMBus 中继器.pdf49. PCA9544A 4channel I2C multiple.pdf50. PCA9542A 2channel I2C bus mult.pdf51. PCA9544A I2C多路复用器.pdf52. PCA9544中文资料.pdf53. PCA9549 Octal bus switch with.pdf54. PCA9545A/PCA9545B/PCA9545C I2C.pdf55. PCA9549D/PCA9549PW/PCA9549B I2.pdf56. PCA9546A 4 channel I2C bus swi.pdf57. PCA9555 16bit I2C-bus and SMBu.pdf58. PCA9546A I2C多路复用器和开关.pdf59. PCA9670 Remote 8-bit IO expand.pdf60. PCA9547 8 channel I2C bus mult.pdf61. PCA9671 Remote 16-bit IO expan.pdf62. PCA9547D/PW/BS I2C多路复用器和开关.pdf63. PCA9672 Remote 8-bit IO expand.pdf64. PCA9548中文资料.pdf65. PCA9673 Remote 16-bit IO expan.pdf66. PCA9548A 8 channel I2C bus swi.pdf67. PCA9674 PCA9674A Remote 8-bit.pdf68. PCA9548AB I2C多路复用器和开关.pdf69. 8-bit I2C-bus and SMBus IO port with reset.pdf70. PCA9698芯片的应用.pdf71. PCA9698 I2C扩展芯片.pdf72. PCF2123的中断输出功能.pdf73. TI新推29款Cortex-M3内核Stelleris AR.pdf74. 端口RS-232工业PC104多串口卡.pdf75. TIPC1000带视频输入接口的嵌入式触摸平板电脑.pdf76. 串口调试助手用户手册.pdf77. PCM8416AS自动校准功能智能型PC104高分辨率多功能.pdf78. TJA1042高速CAN 收发器.pdf79. COS-II调试插件.pdf80. PROFIBUS技术和应用.pdf81. TJA1042 High-speed CAN transce.pdf82. TKStudio IDE集成开发环境升级记录.pdf83. Replacement of NXP PCA9518 wit.pdf84. TJA1051高速CAN 收发器.pdf85. 1A SIMPLE STEP-DOWN SWITCHING.pdf86. RSM232隔离RS-232收发器.pdf87. TJA1051 High-speed CAN transce.pdf88. DUAL RS-232 DRIVER RECEIVER WI.pdf89. RSM-4055 8通道隔离数字量输入输出模块.pdf90. 外部工具用户手册.pdf91. XGate COP10 CANopen 嵌入式通信模块.pdf92. RSM-6505 5通道热电偶测量模块.pdf93. 十六进制编辑器.pdf94. ZigBee模块ZICM2410应用开发指南.pdf95. RSM-65055通道热电偶测温模块.pdf96. 图片字模助手.pdf97. ZY00xxGD-10W交直流两用全电压输入AC-DC电源模.pdf98. TKStudio下SDCC_8051用户使用手册.pdf99. 定压输出隔离稳压单输出系列.pdf100. ZY00xxGD-15W交直流两用全电压输入AC-DC电源模.pdf
上传时间： 2013-04-15
上传用户：eeworm
