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找到约 10,000 项符合「」的源代码

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asm led51.asm

; LED“8”字循环演示程序 ; 将运行状态设置为单板方式(即:将P3.6、P3.7定义为/WR./RD) ORG 0000H MOV R0,#0DCH ;指向字形口 MOV A,#80H ;确定字形代码 MOVX @R0,A ;输出字形代码 MOV R1,#0DDH
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m simulatedsm.m

function [v,xn,xmax,y] = simulateDSM(u,arg2,nlev,x0) %[v,xn,xmax,y] = simulateDSM(u,ABCD,nlev=2,x0=0) % or %[v,xn,xmax,y] = simulateDSM(u,ntf,nlev=2,x0=0) % %Compute the output of a general delta-sigm
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asm 8155.asm

;=========硬件实验 8155 I/O扩展键盘显示实验============== io equ 8600h ;8155控制字口 ioa equ 8601h ;8155A口() iob equ 8602h ;8155B口(字位) ioc equ 8603h ;8155C口(键入)
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m fresphbf.m

function [mag,pbr,sbr] = frespHBF(f,f1,f2,phi,fp,msg) %[mag pbr sbr] = frespHBF(f,f1,f2,phi,fp,msg) %Compute the frequency response, the passband ripple and the stopband ripple % of a Saramaki HBF.
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asm he18.asm

;========= 硬件实验十八 串并转换实验======== TIMER EQU 01H org 0 ljmp 0f30h org 000bh ljmp int_t0 ORG 0F30h LJMP JG4B6 ORG 04B6H JG4B6:
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m calculatetf.m

function [ntf,stf] = calculateTF(ABCD,k) % [ntf,stf] = calculateTF(ABCD,k=1) % Calculate the NTF and STF of a delta-sigma modulator whose loop filter % is described by the ABCD matrix, assuming a qua
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asm 8255_1.asm

;===================== 8255 A.B.C口输出方波 =================== ORG 0580H SE09: MOV A,#55H ;一位隔一位高电平 LO15: MOV DPTR,#0FFFCH MOVX @DPTR,A INC DPTR MOV
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m dbm.m

function y=dbm(x) % dbm(x) = 10*log10(x*1000) The equivalent in dBm of a power x in W y = -Inf*ones(size(x)); if isempty(x) return end nonzero = x~=0; y(nonzero) = 10*log10(abs(x(nonzero)))+30;
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pdf 31apach2.pdf

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m nabsh.m

function y=nabsH(w,H) % nabsH computes the negative of the absolute value of H % at the specified frequency on the unit circle. % % This function is used by infnorm.m. z = exp(i*w); y =