主題 : Low power Modified Booth Multiplier 介紹 : 為了節省乘法器面積、加快速度等等，許多文獻根據乘法器中架構提出改進的方式，而其中在1951年，A. D. Booth教授提出了一種名為radix-2 Booth演算法，演算法原理是在LSB前一個位元補上“0”，再由LSB至MSB以每兩個位元為一個Group，而下一個Group的LSB會與上一個Group的MSB重疊(overlap)，Group中的位元。 Booth編碼表進行編碼(Booth

An enhanced LSB image of the original image will be created in the same directory. Its name will be the same except that a "_LSB" extension will be added. That s it. Modify it freely to suit your needs.

we ll start timer #1 in 16 bit mode at the transition between the start bit and the LSB and stop it between the MBS and stop bit. That will give approx the number of cpu cycles for 8 bits. Divide by 8 for one bit and by 16 since the built-i

*实 验 名：译码器实验 *实验说明：8个LED灯显示LS138译码器输出的低电平 *连接方式： *注 意： ************************************/ #include <reg51.h> //---定义IO口---// sbit LSA=P2^2; sbit LSB=P2^3; sbit LSC=P2^4; //---声明全局函数---// void Delay10ms(unsigned int c); /******