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yuntai
- 云台根据其回转的特点可分为只能左右旋转的水平旋转云台和既能左右旋转又能上下旋转的全方位云台。一般来说,水平旋转角度为0°~350°,垂直旋转角度为+90°。恒速云台的水平旋转速度一般在3°~10°/s,垂直速度为4°/s左右。变速云台的水平旋转速度一般在0°~32°/s,垂直旋转速度在0°~16°/s左右。在一些高速摄像系统中,云台的水平旋转速度高达480°/s以上,垂直旋转速度在120°/s以上
HT82K95
- HT82K95E应用范例 详细的usb程序 HT82K95E datasheet -HT82K95E datasheet Features Operating voltage: fSYS=6M/12MHz: 3.3V~5.5V Low voltage reset function 32 bidirectional I/O lines (max.) 8-bit programmable timer/event counter with overflo
CRC
- The file contains 16-bit, 32-bit CRC checks.
orthogonal_signal_BER
- 以cos(2*pi*k*t/N)信号空间,k=0,1,……N-1, 取N= 4,8,16,32,64等基信号作为传输信号,通过计算机仿真正交信号的误码率。-To cos (2* pi* k* t/N) signal space, k = 0,1, ... ... N-1, take N = 4,8,16,32,64, such as the base signal as a transmission signal, through computer simulation orthogonal s
hongshezhengfuwang
- 如果遇到MD5加密文件(一般都是这个),而又不知道密码的, 请用这组加密的数据7a57a5a743894a0e替换即可,那么密码就是:admin (这个是16位的,32位的是:21232f297a57a5a743894a0e4a801fc3) -If there is MD5 encrypted file (usually this), but do not know your password, please use this set of data encryption can
lan91c111_an96
- 该资料为lan91c111芯片的英文原版application note,提供了使用LAN91C111进行开发所需要的软件、硬件设计、功能测试等资料。LAN91C111为SMSC公司生产的以太网控制芯片,为第三代高速以太网连接提供嵌入式解决方案。-The application note of LAN91C111.The SMSC LAN91C111 is a 32/16/8-bit Non-PCI Fast Ethernet controller that integrates on one
USB_file_system
- 关于U盘的文件系统介绍 包括FAT12/16/32 很不错的 -U disk file system on the introduction, including a very nice FAT12/16/32
water-filling-only
- The number of subchannel varies from (4, 16, 32, 64), using Matlab to simulate relay communication in different network mode: 1) water filling only 2) buffer only 3) buffer + water-filling -The number of subchannel varies from (4, 16, 32, 64), using
CRC
- CRC校正,支持16,32位CRC校正-Cyclic Redundancy Check........................
ComFxPlc
- 通讯组件能对PLC的输入、输出端口,以及内部中间继电器存储区域、内部数据存储区域,以及扩展存储区域进行读写操作,常用数据类型如下: INT16: 16位有符号整数; DINT32: 32位有符号整数; UINT16: 16位无符号整数; HEX32: 32位16进制字符; BIN16: 16位二进制字符串; REAL32: 32位单精度浮点数据;(The communication component can
AN10859_NXP
- 恩智浦官方例程,附有中文说明,适合学习。(This software was adapted to work with a Keil MCB1700 board and the Keil RV ARM C-Compiler with as few modifications as possible. Note that modifications are not optimal, because ARM is a 32-bit machine while the original
LE_HOP_GetSecAdvDataChIndex
- 算法输入四个参数,经过XOR、PERM、MAM 等运算后得到一个信道指数,算法考虑到了均匀利用信道,主要是用来计算跳频频点的,可以修改在output=(17*a+b)中的17 这个参数为16、32、64、128 来使跳频频点的发生变化,因此平均信道间隔也随之发生变化。到128 时调频点几乎全为0,但它还是会跳频的。但为了保证信道的分集(Diversity)和防碰撞(collision)的特点,这里的参数就应该为17。设计代码时必须满足分集(Diversity)和防碰撞(collision)的要求