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اللهم صل و سلم و بارك علي حبيبنا محمد
Приєднався 4 вер 2019
اللهم صلّ وسلم وبارك علي نبينا محمـد وعلي آلـه وصحبه أجمعين
رحم اللّٰه أمي رحمة واسعة و رفع درجتها و أدخلها الفردوس الأعلي بغير حساب
رحم اللّٰه أمي رحمة واسعة و رفع درجتها و أدخلها الفردوس الأعلي بغير حساب
Dependent Sources || Voltage Controlled Current Source (VCCS) in Proteus & Quick Review
Voltage Controlled Current Source (VCCS ) in Proteus Simulation.
How to get the unknown Voltage for a circuit having a dependent source of VCCS Type.
&&
Quick Review on the Four Types of the Dependent Sources (Shape & Connection)
لا تنس الصلاة علي الحبيب 💙
00:00 Intro
01:24 Problem's Given (VCCS Type)
04:02 Picking up the Components
05:56 Circuit Connection
06:51 Adding Voltmeter
08:40 VCCS Control Terminals Connection
09:18 Running the Simulation (Results)
09:27 Checking out the Results
09:42 Another places to put the Voltmeter with the same result
11:21 Quick Review on the Four Types of the Dependent Sources (Shape & Connection)
16:14 The End
Voltage Controlled Voltage Source (VCVS ) in Proteus: ua-cam.com/video/AhpueHqYCtY/v-deo.html
Current Controlled Voltage Source (CCVS ) in Proteus: ua-cam.com/video/c4rVCAic9I0/v-deo.html
Current Controlled Current Source (CCCS) in Proteus: ua-cam.com/video/UnXMJ5F3GwQ/v-deo.html
How to get the unknown Voltage for a circuit having a dependent source of VCCS Type.
&&
Quick Review on the Four Types of the Dependent Sources (Shape & Connection)
لا تنس الصلاة علي الحبيب 💙
00:00 Intro
01:24 Problem's Given (VCCS Type)
04:02 Picking up the Components
05:56 Circuit Connection
06:51 Adding Voltmeter
08:40 VCCS Control Terminals Connection
09:18 Running the Simulation (Results)
09:27 Checking out the Results
09:42 Another places to put the Voltmeter with the same result
11:21 Quick Review on the Four Types of the Dependent Sources (Shape & Connection)
16:14 The End
Voltage Controlled Voltage Source (VCVS ) in Proteus: ua-cam.com/video/AhpueHqYCtY/v-deo.html
Current Controlled Voltage Source (CCVS ) in Proteus: ua-cam.com/video/c4rVCAic9I0/v-deo.html
Current Controlled Current Source (CCCS) in Proteus: ua-cam.com/video/UnXMJ5F3GwQ/v-deo.html
Переглядів: 90
Відео
Dependent Sources || Voltage Controlled Voltage Source (VCVS ) in Proteus
Переглядів 81Місяць тому
Voltage Controlled Voltage Source (VCVS ) in Proteus Simulation. How to get the unknown voltage for a circuit having a dependent source of VCVS Type. لا تنس الصلاة علي الحبيب 💙 00:00 Intro & Problem's Given (VCVS Type) 02:01 Picking up the Components 03:31 Circuit Connection 03:46 Adding Voltmeter 04:52 VCVS Control Terminals Connection 06:47 Running the Simulation (Results) 06:54 Checking out ...
Dependent Sources || Current Controlled Current Source (CCCS) in Proteus
Переглядів 165Місяць тому
Current Controlled Current Source (CCCS ) in Proteus Simulation. How to get the unknown Current for a circuit having a dependent source of CCCS Type. لا تنس الصلاة علي الحبيب 💙 00:00 Intro 00:45 Problem's Given (CCCS Type) 01:21 Picking up the Components 02:47 Circuit Connection 03:32 CCCS Control Terminals Connection 04:54 Adding Ammeter 05:50 Running the Simulation (Results) 06:09 Checking ou...
Dependent Sources || Current Controlled Voltage Source (CCVS ) in Proteus
Переглядів 144Місяць тому
Current Controlled Voltage Source (CCVS ) in Proteus Simulation. How to get the unknown voltage for a circuit having a dependent source of CCVS Type. لا تنس الصلاة علي الحبيب 💙 00:00 What are Dependent Sources? 04:06 Problem's Given (CCVS Type) 06:22 Picking up the Components 07:57 Circuit Connection 08:30 CCVS Control Terminals Connection 11:40 Adding Ammeter & Voltmeter 12:55 Running the Simu...
How to Subtract Values for a Whole Row or Column in Only One Step in EXCEL |كيفية طرح قيم عمود أو صف
Переглядів 294 місяці тому
طريقة طرح قيم عمود أو صف كامل في خطوة واحده باستخدام برنامج اكسيل للمبتدئين How to subtract Values for a whole row or column in only one step using EXCEL (For BEGINNERS ) لا تنس الصلاة علي الحبيب 💙 To learn how to get the SUM in EXCEL, Check this video: ua-cam.com/video/xNvVqADvHpo/v-deo.htmlfeature=shared To learn how to get the Average in EXCEL, check this video: ua-cam.com/video/CGb2v19vP5I/...
How to get the Average in EXCEL (for BEGINNERS) | طرق ايجاد المتوسط علي برنامج إكسيل للمبتدئين
Переглядів 604 місяці тому
5 طرق بسيطة لإيجاد المتوسط في برنامج اكسيل للمبتدئين 5 Simple Ways for having Average in EXCEL For BEGINNERS لا تنس الصلاة علي الحبيب 💙 00:00 Intro 00:03 Way no.1 (AutoSum Option) 00:19 Way no.2 ( Press "=" , then select the total cell & divide it by the total number of cells) 00:39 Way no.3 (AVERAGE Function, with select & drag ) 01:00 Way no.4 (AVERAGE Function, with Manual cell Selection) 01...
How to get the Sum in EXCEL (for BEGINNERS) | طرق ايجاد المجموع علي برنامج إكسيل للمبتدئين
Переглядів 484 місяці тому
5 طرق بسيطة لإيجاد المجموع في برنامج اكسيل للمبتدئين 5 Simple Ways for Adding cells in EXCEL For BEGINNERS لا تنس الصلاة علي الحبيب 💙 00:00 Intro 00:13 Way no.1 (AutoSum Option) 00:32 Way no.2 ( Press "=" , then add cells to each other using " " key 01:06 Way no.3 (SUM Function, with select & drag ) 01:28 Way no.4 (SUM Function, with Manual cell Selection) 01:55 Way no.5 (Tricky, fast & useful ...
How to Draw a Circular Centerline (for construction circle) in Solidworks
Переглядів 990Рік тому
كيفية رسم centerline دائري وليس مستقيم في برنامج سوليد ووركس How to draw a centerline circle in solid works لا تنس الصلاة علي الحبيب 💙
Keyboard controlled 7 segment code using tinkercad
Переглядів 42Рік тому
Keyboard controlled 7 segment code using tinkercad
a push button controls a 7 segment using counter | tinkercad
Переглядів 1,7 тис.Рік тому
a push button controls a 7 segment using counter | tinkercad
Physical Length & Relative Length ( EM Waves )
Переглядів 342 роки тому
Physical Length & Relative Length ( EM Waves )
// Arduino C++ code // A push button controls a 7-segment int bn=11, v_bn=0, counter=0; int a=5,b=6,c=8,d=4,e=7,f=3,g=2; // declare the 7 segment pins void setup() { // using for loop to initialize the output pins for (int pin=2;pin<=9;pin++){ pinMode(pin,OUTPUT); } pinMode(bn, INPUT); Serial.begin(9600); } // create functions for each digit void zero(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,1); digitalWrite(g,0); } void one(){ digitalWrite(a,0); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,0); digitalWrite(e,0); digitalWrite(f,0); digitalWrite(g,0); } void two(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,0); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,0); digitalWrite(g,1); } void three(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,0); digitalWrite(f,0); digitalWrite(g,1); } void four(){ digitalWrite(a,0); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,0); digitalWrite(e,0); digitalWrite(f,1); digitalWrite(g,1); } void five(){ digitalWrite(a,1); digitalWrite(b,0); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,0); digitalWrite(f,1); digitalWrite(g,1); } void six(){ digitalWrite(a,1); digitalWrite(b,0); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,1); digitalWrite(g,1); } void seven(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,0); digitalWrite(e,0); digitalWrite(f,0); digitalWrite(g,0); } void eight(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,1); digitalWrite(g,1); } void nine(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,0); digitalWrite(f,1); digitalWrite(g,1); } void loop() { v_bn= digitalRead(bn); if (v_bn == 1){ Serial.println(counter); counter++; delay(150); // to prevent debouncing if (counter == 1){ zero(); // call the function zero () delay (1000); } else if( counter==2){ one(); // call the function one () delay (1000); } else if( counter==3){ two(); // call the function two () delay (1000); } else if( counter==4){ three(); // call the function three () delay (1000); } else if( counter==5){ four(); // call the function four () delay (1000); } else if( counter==6){ five(); // call the function five () delay (1000); } else if( counter==7){ six(); // call the function six () delay (1000); } else if( counter==8){ seven(); // call the function seven () delay (1000); } else if( counter==9){ eight(); // call the function eight () delay (1000); } else if( counter==10){ nine(); // call the function nine () delay (1000); counter=0;// to restart again } int in=Serial.read(); } }
Code please
@@GeethaPramodhaReddyVeeramreddy // C++ code // A push button controls a 7-segment int bn=11, v_bn=0, counter=0; int a=5,b=6,c=8,d=4,e=7,f=3,g=2; // declare the 7 segment pins void setup() { // using for loop to initialize the output pins for (int pin=2;pin<=9;pin++){ pinMode(pin,OUTPUT); } pinMode(bn, INPUT); Serial.begin(9600); } // create functions for each digit void zero(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,1); digitalWrite(g,0); } void one(){ digitalWrite(a,0); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,0); digitalWrite(e,0); digitalWrite(f,0); digitalWrite(g,0); } void two(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,0); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,0); digitalWrite(g,1); } void three(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,0); digitalWrite(f,0); digitalWrite(g,1); } void four(){ digitalWrite(a,0); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,0); digitalWrite(e,0); digitalWrite(f,1); digitalWrite(g,1); } void five(){ digitalWrite(a,1); digitalWrite(b,0); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,0); digitalWrite(f,1); digitalWrite(g,1); } void six(){ digitalWrite(a,1); digitalWrite(b,0); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,1); digitalWrite(g,1); } void seven(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,0); digitalWrite(e,0); digitalWrite(f,0); digitalWrite(g,0); } void eight(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,1); digitalWrite(g,1); } void nine(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,0); digitalWrite(f,1); digitalWrite(g,1); } void loop() { v_bn= digitalRead(bn); if (v_bn == 1){ Serial.println(counter); counter++; delay(150); // to prevent debouncing if (counter == 1){ zero(); // call the function zero () delay (1000); } else if( counter==2){ one(); // call the function one () delay (1000); } else if( counter==3){ two(); // call the function two () delay (1000); } else if( counter==4){ three(); // call the function three () delay (1000); } else if( counter==5){ four(); // call the function four () delay (1000); } else if( counter==6){ five(); // call the function five () delay (1000); } else if( counter==7){ six(); // call the function six () delay (1000); } else if( counter==8){ seven(); // call the function seven () delay (1000); } else if( counter==9){ eight(); // call the function eight () delay (1000); } else if( counter==10){ nine(); // call the function nine () delay (1000); counter=0;// to restart again } int in=Serial.read(); } }
Thanks bro /sis
can you please send me the codes?
@@mike8974 // C++ code // A push button controls a 7-segment int bn=11, v_bn=0, counter=0; int a=5,b=6,c=8,d=4,e=7,f=3,g=2; // declare the 7 segment pins void setup() { // using for loop to initialize the output pins for (int pin=2;pin<=9;pin++){ pinMode(pin,OUTPUT); } pinMode(bn, INPUT); Serial.begin(9600); } // create functions for each digit void zero(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,1); digitalWrite(g,0); } void one(){ digitalWrite(a,0); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,0); digitalWrite(e,0); digitalWrite(f,0); digitalWrite(g,0); } void two(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,0); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,0); digitalWrite(g,1); } void three(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,0); digitalWrite(f,0); digitalWrite(g,1); } void four(){ digitalWrite(a,0); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,0); digitalWrite(e,0); digitalWrite(f,1); digitalWrite(g,1); } void five(){ digitalWrite(a,1); digitalWrite(b,0); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,0); digitalWrite(f,1); digitalWrite(g,1); } void six(){ digitalWrite(a,1); digitalWrite(b,0); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,1); digitalWrite(g,1); } void seven(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,0); digitalWrite(e,0); digitalWrite(f,0); digitalWrite(g,0); } void eight(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,1); digitalWrite(f,1); digitalWrite(g,1); } void nine(){ digitalWrite(a,1); digitalWrite(b,1); digitalWrite(c,1); digitalWrite(d,1); digitalWrite(e,0); digitalWrite(f,1); digitalWrite(g,1); } void loop() { v_bn= digitalRead(bn); if (v_bn == 1){ Serial.println(counter); counter++; delay(150); // to prevent debouncing if (counter == 1){ zero(); // call the function zero () delay (1000); } else if( counter==2){ one(); // call the function one () delay (1000); } else if( counter==3){ two(); // call the function two () delay (1000); } else if( counter==4){ three(); // call the function three () delay (1000); } else if( counter==5){ four(); // call the function four () delay (1000); } else if( counter==6){ five(); // call the function five () delay (1000); } else if( counter==7){ six(); // call the function six () delay (1000); } else if( counter==8){ seven(); // call the function seven () delay (1000); } else if( counter==9){ eight(); // call the function eight () delay (1000); } else if( counter==10){ nine(); // call the function nine () delay (1000); counter=0;// to restart again } int in=Serial.read(); } }
الخطأ عندك أنك جعلت ال electric field وال magnetic field بالنسبة لل time اجعليه للphaser domain Ey = Emax * cos(-Bx) * e^-ax for conductor x= 0 : 0.05 : 2*pi
واجعلي ال for loop لل x مكان ال t
Matlab code??
Hey there! Keep going..
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@@fatmaabdeltwabmahmoud9179 حبيبتي يا فاطم 🥺🥺❤️ اللهم آمين يارب و إياك❤️❤️❤️❤️