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PA1100-datasheet-V1.0.rar
- 磁头解码芯片PA1100特性： 1、支持单、双、三轨磁条卡解码； 2、内置RAM缓存数据； 2、使用简单，无需外部阻容； 4、支持正反向刷卡； 5、支持自动增益； 6、超低功耗，读卡电流小于800uA，休眠电流小于1uA； 7、读卡速度5-254cm/秒； 8、读卡强度30 -200 ISO7811标准； 9、采用shift-out串行接口； 10、2.7~3.3V供电； 11、多种封装。 ,Chip
shift_1x64.vhd
- Vhdl code Shift register
SuperMarketword
- 系统对所以账户的数据库记录，实现对系统账户的管理，包括账户信息管理和权限设置。操作系统登陆、退出、换班与操作锁定等权限验证保护；断电自动保护最大限度防止意外及恶意非法操作。-System database records, it is the account management system account, including account management and permissions settings. Landing permission to exit shift opera
CPFSK
- frequency shift keying
qpsk
- phase shift keying -phase shift keyingphase shift keying
askmod
- amplitude shift keying
meanshift
- mean shift 算法聚类和分割，可以用来处理图像-mean shift algorithm clustering and segmentation, can be used to deal with image
33332242
- 多进制相移键控信号的谱相关特性分析 原理分析等-M-ary phase shift keying signal spectral correlation analysis theory analysis
lhjb
- 方便快捷的电子教鞭，后台运行，全快捷键操作。 按住Ctrl画直线 按住Shift画方框 按住Ctrl+Shift画圆 按住Ctrl+1画圆角方框 按一下Ctrl+Caps Lock可进行文字输入 Ctrl+Tab在黑板、白板、正常之间互相切换 鼠标右键可选取区域，并可将选取区域复制到剪贴板或保存至文件-The convenient electronic pointer, running in the background, the full shortcut keys
Lizilvbogenzong
- 提出了一种基于粒子滤波的自适应运动目标跟踪方法。均值漂移算法是一种最优梯度下降法，通过 迭代来搜索目标，从而实现对运动目标的跟踪。-Adaptive moving target tracking method based on particle filter. The mean-shift algorithm is an optimal gradient descent method, through an iterative search for the target in order t
meanshift
- 用Mean-Shift算法实现运动目标的跟踪，同时也实现了运动目标的检测-Moving target tracking using Mean-Shift algorithm, but also realize the moving target detection
aa
- LCD固定字体显示，74HC138译码器译码，74HC595移位送数据，显示字体-LCD fixed font display the 74HC138 decoder decodes 74HC595 shift to send data, display font
verilog
- 最长的那个句子，求sum的赋值语句就是FIR滤波器的计算过程，将二进制乘法转化为移位运算。对于小数点后的乘数是向左移，小数点前的乘数是往右移位。 -The longest sentence, find the sum of the assignment statement is the calculation of the FIR filter, the binary multiplication into shift operation. Multiplier after the deci
Triangular-lattice-with-air-holes-in-Si-or-GaAs-m
- Here, for convenience, the vector in 2D is represented by a complex number: the real part represents the x-component and the imaginary part represents the y-component. How to get the Fourier transform is the key of this program. Here I used the a
Attachments_2013529
- In this post, we will derive the theoretical equation for bit error rate (BER) with Binary Phase Shift Keying (BPSK) modulation scheme in Additive White Gaussian Noise (AWGN) channel. The BER results obtained using Matlab/Octave simulation scr ipts s
BPSK_forma_onda_una
- Binary Phase Shift Keying (BPSK) is a type of phase modulation using 2 distinct carrier phases to signal ones and zeros. BPSK is the simplest form of PSK.
simulink
- Binary Frequency Shift Keying (BFSK), the frequency of a constant amplitude carrier signal is switched between two values according to the two possible message states (called high and low tones) corresponding to a binary 1 or 0.Depending on how the f
t
- Binary Frequency Shift Keying (BFSK), the frequency of a constant amplitude carrier signal is switched between two values according to the two possible message states (called high and low tones) corresponding to a binary 1 or 0.Depending on how the f
autorun
- Binary Frequency Shift Keying (BFSK), the frequency of a constant amplitude carrier signal is switched between two values according to the two possible message states (called high and low tones) corresponding to a binary 1 or 0.Depending on how the f
Athan
- Binary Frequency Shift Keying (BFSK), the frequency of a constant amplitude carrier signal is switched between two values according to the two possible message states (called high and low tones) corresponding to a binary 1 or 0.Depending on how the f