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CalcCRC
- CalcCRC8 The CalcCRC8 is used to append an eight-bit CRC to the message. A successful CRC check results in returning a 0. Implementation: This CRC will be using the CRC-16/CITT protocol. A 16-bit wide non-reflected code that starts initially
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- C51实现16位CRC检验码,简短只有不到2K的大小,高效适合扩展。-C51 test to achieve 16-bit CRC code, the short size of less than 2K, and efficient for the expansion.
MSP430_CRC
- 用MSP430实现CRC的方法 Cyclic Redundancy Code (CRC) -Cyclic Redundancy Code (CRC) is commonly used to determine the correctness of a data transmission or storage. This application note presents a solution to compute 16-bit and 32-bit CRCs on the ultr
crcvhdl
- crc-vhdl冗余码的vhdl源码,这是16位的crc-crc-vhdl vhdl source code redundancy, which is 16-bit crc
crc_snd
- 串行数据的CRC校验,输出16位CRC校验码,通过仿真-CRC check serial data output 16-bit CRC check code, the simulation
PCK_CRC16_D1
- CRC源代码,VHDL文件,可供参考,16位的-CRC source code, VHDL files, for reference, 16-bit
crc_16
- 16位的CRC(循环冗余校验码),CRC是数据通信领域中最常用的一种差错校验码,其特征是信息字段和校验字段的长度可以任意选定。-16-bit CRC (cyclic redundancy check code), CRC is the data communications of the most commonly used error checking code, which is characterized by the information field and check the len
CRC
- Cyclic redundancy check code (16-bit) Very good code verified code
51-nrf2401
- 51单片机开发的NRF24l01 产品性能: 1) 2.4GHZ全球开放ISM频段免许可使用 2) 最高工作速率1Mbps,GFSK高效调制 3) 125个频道满足多点通讯和跳频通讯需求 4) 1.9-3.6V工作,低功耗,待机模式仅1uA. 5) 双通道数据接收,内置环行天线,体积仅17*34mm,通信距离在100m之内,软件编简单。 7) 内置硬件8/16位CRC校验,收发中断标志,每次可发28字节 备注:1。免费提供开发源代码 2。提供全面技术支持和即
CRC.C
- 下面以最常用的CRC-16为例来说明其生成过程。 CRC-16码由两个字节构成,在开始时CRC寄存器的每一位都预置为1,然后把CRC寄存器与8-bit的数据进行异或(异或:二进制运算 相同为0,不同为1;0^0=0 0^1=1 1^0=1 1^1=0), 之后对CRC寄存器从高到低进行移位,在最高位(MSB)的位置补零,而最低位(LSB,移位后已经被移出CRC寄存器)如果为1,则把寄存器与预定义的多项式码进行异或,否则如果LSB为零,则无需进行异或。重复上述的由高至低的移位8
fast-crc.tar
- crc-16-code for check redundancy code fast in 16 bit- in parallel and serial architecture-crc-16-code for check redundancy code fast in 16 bit- in parallel and serial architecture