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Power 的代码
show_pow.c
#include
#include
void main (void)
{
int power;
for (power = -2; power
show_pow.c
#include
#include
void main (void)
{
int power;
for (power = -2; power
计算驱动力.m
function [u,F_t]=drive(i)
n_min=600 ; n_max=4000;
n=n_min:0.1:n_max;
r=0.367;
elta_t=0.85;
i_0=5.83;
i_g=[5.56,2.769,1.644,1.00,0.793];
T_q=-19.313+295.27*(n/1000)-165.44*power(n/1000,2)+40.87
walsh.m
function Wn=walsh(N,option);
%WALSH Returns walsh codes of length N
% Wn=walsh(N)
% This returns a matrix of all the walsh codes of length N
% N must be greater then 1 and a power of 2, e.g. 2,4,8
power.ps
%!PS-Adobe-3.0
%%Creator: gEDA gschem 20060906
%%CreationDate: Thu Oct 19 19:01:48 2006
%%Title: /home/matt/usrp-hw/usrp/power.sch
%%Author: matt
%%BoundingBox: 0 0 792 1224
%%Pages: 1
%%Endcomments
%
power.c
#include "my_head.h"
/*******************************************/
#define POWER_CK1 P2_3
#define POWER_CK2 P2_4
#define CELL_CHARGE_STATUS 0x00
#define EXTERN_POWER_STATUS
power.c
/****************************************************************
* ARMSYS S3C44B0X POWER TEST *
****************************************************************
1.2005.4.30:: C
vtb7_1.m
function vtb7_1
%VTB7_1 is an example of taking a power spectral density
% of data. The power spectral density of a signal containing
% .5 Hz and 1.59 Hz signals is plotted.
t=0:.1:100;t=t';
y=sin(pi
3287130_ac_16ms_568k.cc
#include
#include
struct T_large
{
short len;
short a[500];
} f[51], power, c0[51], c1[51], now, tmp;
void add(T_large &d, T_large &a, T_large &b) //高精度加法
{
int i;
projectproperties.h
//
// ProjectProperties.h
//
#define CMX_POWER_SETTING 1 // power supply setting for 3.3V
#define SAMPLE_DIVIDER 1 // sample rate setting for 64 Hz
#define POWER_MANAGEMENT 0