Engineering and Technology

Langage C:  + Langage de Bas niveau utilisé beaucoup en électronique en ARM7, Microcontrôleur 32 bits avec MPLAB,.... + Le Développement informatique avec C il est très intéressantes. + the C language,  It's a lower level developpement language used too much in Hardware circuits and in electronics integrated circuits architecture. + Die C langue, Es ist ein niedrigeres Niveau developpement Sprache gebrauchte (benutzte) zu viel in Hardware-Kreislinien und in Elektronik-Architektur der integrierten Schaltkreise. Exemple 1-A, Example 1-A, Beispiel 1 Utilisation de la langage C est important pour les informaticiens et les électroniciens en circuits intégrées et aussi pour autres appli. en grande sécurité comme les banques.   Using C language in Banks and applications .exe on Unix, Linux and Windows because the C file is every time .exe so you as clients and users can use it on any operating systems it gave out after developpement a file .EXE who users...

Matlab  Part1 in electricity and electronics: Electrical / electronics Signals : I will show you my friends some examples using matlab in signal analysis and responses. 1-     a+ Firstly you know that: Here using cosine signals in our application (Fig-1), but also if you want to calculate using sine signals you can write the fonctions as this. I(t) = I m cos (w*t) I(t) = I m cos ((2*pi*f )*t) V(t) = V m cos (w*t) V(t) = V m cos ((2*pi*f )*t) ……………………………………….. I(t) = I m sin (w*t) I(t) = I m sin ((2*pi*f )*t) V(t) = V m sin (w*t) V(t) = V m sin ((2*pi*f )*t) 1-     b+ Secondly appling this equations in our example using matlab: Now in this example i used and explaned the time domain inbetween –pi until +pi so I defined x between –pi until +pi. Defined y1 using the addition or the superpossition of 2 cosine signals. Y2 is the fast forrier transform of y1 in the time domain. Y3 sa,ple co...