EWARM-CD-5411-1760
上传时间： 2013-07-08
上传用户：eeworm
C# 字符串和正则表达式参考手册
上传时间： 2013-06-24
上传用户：eeworm
·《总线资料汇编》PDF版 目录如下:[总线资料汇编].1149.1[总线资料汇编].1394[总线资料汇编].1553b[总线资料汇编].1760[总线资料汇编].1773[总线资料汇编].422485[总线资料汇编].AGP[总线资料汇编].ARINC429[总线资料汇编].CAN[总线资料汇编].handbook[总线资料汇编].i2c[总线资料汇编].isa[总线资料汇编].pci[总线资料
上传时间： 2013-05-29
上传用户：Avoid98
The Industrial Revolution, which started in England around 1760, has replaced human muscle power with the machine. Artificial intelligence (AI) aims at replacing human intelligence with the machine. The work on artificial intelligence started in the early 1950s, and the term itself was coined in 1956.
标签： Fundamentals Intelligence Artificial New the of
上传时间： 2020-06-10
上传用户：shancjb
1mm间距BGA芯片封装库ALTIUM库PCB封装库(AD库 )，114个，封装库型号列表：Component Count : 114Component Name-----------------------------------------------BGA100P5X5-25BGA100P6X6-36BGA100P6X6-36ABGA100P7X7-49BGA100P7X7-49ABGA100P8X8-64BGA100P8X8-64ABGA100P9X9-81BGA100P9X9-81ABGA100P10X10-100BGA100P10X10-100ABGA100P10X10-100BBGA100P10X10-100CBGA100P11X11-121BGA100P11X11-121ABGA100P12X12-144BGA100P12X12-144ABGA100P12X12-144BBGA100P13X13-169BGA100P13X13-169ABGA100P14X14-160BGA100P14X14-176BGA100P14X14-196BGA100P14X14-196BBGA100P15X15-225BGA100P16X16-208BGA100P16X16-256BGA100P16X16-256BBGA100P16X16-256CBGA100P17X17-169BGA100P17X17-289BGA100P18X18-320BGA100P18X18-324BGA100P19X19-361BGA100P20X20-292BGA100P20X20-400BGA100P20X20-400ABGA100P21X21-441BGA100P22X22-324BGA100P22X22-388BGA100P22X22-456BGA100P22X22-484BGA100P22X22-484BBGA100P22X22-484CBGA100P22X22-484DBGA100P23X23-413BGA100P23X23-529BGA100P24X24-552BGA100P24X24-552ABGA100P24X24-552BBGA100P24X24-576BGA100P24X24-576ABGA100P25X25-625BGA100P26X26-352BGA100P26X26-388BGA100P26X26-416BGA100P26X26-452BGA100P26X26-456ABGA100P26X26-484BGA100P26X26-665BGA100P26X26-668BGA100P26X26-672BGA100P26X26-675BGA100P26X26-676BGA100P26X26-676ABGA100P27X27-729BGA100P28X28-780BGA100P28X28-780ABGA100P28X28-783BGA100P28X28-784BGA100P29X29-841BGA100P30X30-516BGA100P30X30-556BGA100P30X30-676BBGA100P30X30-896ABGA100P30X30-900BGA100P31X31-961BGA100P32X32-772BGA100P32X32-772ABGA100P32X32-1020BGA100P32X32-1024BGA100P33X33-1089BGA100P34X34-580BGA100P34X34-680BGA100P34X34-1136BGA100P34X34-1148BGA100P34X34-1152ABGA100P34X34-1152BBGA100P34X34-1153BGA100P34X34-1156BGA100P36X36-1296BGA100P37X37-1369BGA100P38X38-1444BGA100P39X39-680BGA100P39X39-680ABGA100P39X39-792BGA100P39X39-896BGA100P39X39-1508ABGA100P39X39-1513BGA100P39X39-1517BGA100P39X39-1521BGA100P41X41-1681BGA100P42X42-860BGA100P42X42-1696BGA100P42X42-1704BGA100P42X42-1738BGA100P42X42-1760BGA100P42X42-1764
上传时间： 2021-11-30
上传用户：yb9018
IDAQ-8098 控温模块是专为精确控温应用而设计的，采用多 CPU 方案实现采集和 PID 控制分开工 作，采用 Modbus 通信协议，通过 RS-485 通信接口下载控温参数，并实时监测被控温区实时温度、控温 状态和数字量输入输出状态，还可以控制控温的启停等功能。启动控温后，模块能够按照设定的控温参数 自动工作，无须其他设备干预，这样就大大减轻了控制系统的工作负担，提高了整个系统的稳定性和可靠 性。IDAQ-8098 控温模块完全实现系统的温度采集和控制，有效减少了技术部门在该功能上的开发和调试 时间，使产品能够快速占领市场。 ◆ 多 CPU 工作方式，采集热电偶信号和 PID 控制完全分开协同式工作 ◆ 控温方式：增量 PID 加模糊控制，自适应 PID 控制（保存自适应的最佳参数供下次使用） ◆ 8 个控温通道各自独立 PID 控制，对应于 8 个通道的热电偶输入 ◆ PID 采样周期可达 500ms ◆ 控温精度最高能达到±0.5℃ ◆ 五种脉宽输出指示五种控温状态（不控温、加热、恒温、预警和报警） ◆ 可通过 RS-485 串口远程监视工作状态 ◆ 可和 PLC 挂接通讯，组合成最完美最经济最可靠的 IO 控制和被控温区温度控制系统◆ 有效分辨率：16 位 ◆ 通道：8 路差分 ◆ 输入类型：输入类型：热电偶，PT100，0~20mA，0-10V，-20-+20mV，-78-+78mV，-312-+312mV，0-5000mV ◆ 热电偶类型与温度范围： J -200 ～ 1200℃ K -200 ～ 1370℃ T -200 ～ 400℃ E -200 ～ 1000℃ R -50 ～ 1760℃ S -50 ～ 1760℃ B 0 ～ 1820℃ PT100 温度范围：-200 ～ 660℃ ◆ 隔离电压：3000Vdc ◆ 故障与过压保护：最大承受电压±35V ◆ 采样速率：20 采样点/ 秒（总共） ◆ 输入阻抗：20M ◆ 精度：±0.1%( 电压输入) ◆ 零漂移：±3uV/℃
标签： PID温控模块
上传时间： 2021-12-09
上传用户：突破自我
Xilinx FPGA Virtex-7 全系列（AD集成封装库），IntLib后缀文件，PCB封装带3D视图，拆分后文件为PcbLib+SchLib格式，Altium Designer原理图库+PCB封装库，集成封装型号列表：Library Component Count : 157Name Description----------------------------------------------------------------------------------------------------XC7V2000T-1FHG1761C Virtex-7 FPGA, 1200 User I/Os, 36 GTX, 1760-Ball BGA, Speed Grade 1, Commerical Grade, Pb-FreeXC7V2000T-1FHG1761I Virtex-7 FPGA, 1200 User I/Os, 36 GTX, 1760-Ball BGA, Speed Grade 1, Industrial Grade, Pb-FreeXC7V2000T-1FLG1925C Virtex-7 FPGA, 1200 User I/Os, 16 GTX, 1924-Ball BGA, Speed Grade 1, Commercial Grade, Pb-FreeXC7V2000T-1FLG1925I Virtex-7 FPGA, 1200 User I/Os, 16 GTX, 1924-Ball BGA, Speed Grade 1, Industrial Grade, Pb-FreeXC7V2000T-2FHG1761C Virtex-7 FPGA, 1200 User I/Os, 36 GTX, 1760-Ball BGA, Speed Grade 2, Commerical Grade, Pb-FreeXC7V2000T-2FLG1925C Virtex-7 FPGA, 1200 User I/Os, 16 GTX, 1924-Ball BGA, Speed Grade 2, Commercial Grade, Pb-FreeXC7V2000T-2GFHG1761EVirtex-7 FPGA, 1200 User I/Os, 36 GTX, 1760-Ball BGA, Speed Grade 2G, Extended Grade, Pb-FreeXC7V2000T-2GFLG1925EVirtex-7 FPGA, 1200 User I/Os, 16 GTX, 1924-Ball BGA, Speed Grade 2G, Extended Grade, Pb-FreeXC7V2000T-2LFHG1761EVirtex-7 FPGA, 1200 User I/Os, 36 GTX, 1760-Ball BGA, Speed Grade 2L, Extended Grade, Pb-FreeXC7V2000T-2LFLG1925EVirtex-7 FPGA, 1200 User I/Os, 16 GTX, 1924-Ball BGA, Speed Grade 2L, Extended Grade, Pb-FreeXC7V585T-1FFG1157C Virtex-7 FPGA, 850 User I/Os, 20 GTX, 1156-Ball BGA, Speed Grade 1, Commercial Grade, Pb-FreeXC7V585T-1FFG1157I Virtex-7 FPGA, 850 User I/Os, 20 GTX, 1156-Ball BGA, Speed Grade 1, Industrial Grade, Pb-FreeXC7V585T-1FFG1761C Virtex-7 FPGA, 850 User I/Os, 36 GTX, 1760-Ball BGA, Speed Grade 1, Commercial Grade, Pb-FreeXC7V585T-1FFG1761I Virtex-7 FPGA, 850 User I/Os, 36 GTX, 1760-Ball BGA, Speed Grade 1, Industrial Grade, Pb-FreeXC7V585T-2FFG1157C Virtex-7 FPGA, 850 User I/Os, 20 GTX, 1156-Ball BGA, Speed Grade 2, Commercial Grade, Pb-FreeXC7V
上传时间： 2021-12-22
上传用户：aben
