Project 2 - Development of TFT Cluster Speedometer Software Component

1) files are uploaded wiper control system       2) files are uploaded                      

1) Aim:- To develope a simulink model as per the requirement and sldd creation, JMAAB Testing, MIL and SIL Coverage report & Harness results for the model to be done. Description:- Cluster Instrument receives the signals from other ECU's via CAN bus interface. It also receives commands from the driver via steering…

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EV LIVE BATCH 2021   1)  all files are uploaded   simulink model         test harness signal generator                                                    …

EV LIVE BATCH 2021 Now a days lithium ion battery are mostly used in electric vehicle we must know its charge and discharge rates to operate this batteris in effient manner and with out damage when this batteries in operation this temperature of it must be kept in limit we simulate the thermal effect of this cell, by knowing…

EV  live Batch  2021          constant power discharge at 23 celsius Cell energy=cell capacity*cell voltage =2.5*3.3=8.25Wh cell energy=8.25Wh   Battery pack assumtion There are 50 cell are in series and 44 cells are in parallel, and as above mentioned we are going to use cell ANR26650m1-B.…

EV LIVE BATCH 2021   1)   TEST CASE 1   It is been observed from the plot that the vehicle is intially in the driving state, also charging was done till 90 percentage. After the charging process we reaches the standby mode, which is ploted in scope output. The battery voltage was increased to 4.2v while…

EV LIVE BATCH 2021   1) excel is uploaded Name Anode cathode anode reaction cathode reaction overall reaction LCO graphite lithium cobalt oxide LiC6 - C6 + Li + e CoO2 + Li +e - LiCoO2 C6 + LiCoO2 -LiC6+CoO2 LMO graphite lithium manganese LiC6 - C6 + Li + e MnO2 + Li + e - LiMnO2 C6+LiMn2O4-LiC6+Mn2O4 NCA graphite…

EV LIVE BATCH 2021     File is uploaded An Electric vehicle is a vehicle that uses one or more electric motors or traction  motors for propulsion. An electric vehicle may be powered through a collector system by electricity from off vehicle sources, or may be self contained with a battery, solar panels,…

EV LIVE BATCH 2021 1) cessna citation cj4  with 7761kg learjet 75 with 9752 kg Atr 42-500 with 18600 kg boeing 747-8 with 443613 kg airbus A380-800 with 575000kg   2) Ground speed is the horizontal speed of an aircraft relative to the ground.An aircraft heading vertically would have a ground speed of zero. Ground…

EV LIVE BATCH 2021   1) A)   The H-bridge consists of four BJT/Diode pairs (BJT simulated by IGBT models). Two transistors are switched simultaneously: Q1 and Q4 or Q2 and Q3. When Q1 and Q4 are fired, a positive voltage is applied to the motor and diodes D2-D3 operate as free-wheeling diodes when Q1 and Q4 are…

EV LIVE BATCH 21   1)  AC TO DC Converter The battery in plug-in hybrid electric vehicle and battery electric vehicles are needed to charge using dc supply.But if the charging station is providing only ac power, then we are needed to convert them into dc using converter DC TO DC Converter The battery in electric…

EV LIVE BATCH 2021   1)  brake energy is =((mv)^2)/2     2) In an electric motor, the total brake distribution is in two aspects whic are electrical brake is called regenerative brake, and mechanical brake or classical brake with a hydraulic cylindrical system. Brake force distribution must be uniform,…

EV LIVE SESSION 2021     1) Mapped model is one type where the data points are preassigned in lookup tables. The engine or motor torque required is sensed and the motor or engine block generates the required torque output just as required simply without considering the real time motor or engine, parameters. The output…

EV LIVE SESSION 2021   1)       No, the vehicle cannot travel at the speed of 45km/h because at  the cargo weight 500kg the vehicle can travel at the speed of 41.4km/h   2) When the battery capacity is 20 module     when the battery is 30 module   When the battery is less than…

 1) Aim: To prepare a technical report of simulation of BAJA all terrain vehicle under different conditions Objective: Carry out a system level simulation of all terrain vehicle and prepare a technicals report explaining the model propertieds and comments on the results. ALL TERRAIN VEHICLE: An all terrain…

1) simulink is uploaded as sim14.m       2)   simulink  is uploaded as sim13.xls

1) simulink RESULT output of signal generator   output of motion sensor     As the output of signal generator is two second high and two second low, it turns on the switch for two second then it turn off the bell.The bell rang was done by the solenoid and the plunger . The output of the signal generator…

if(owner switch on the phone) { (company logo at the center of the screen) } else if(customer switch on the phone) { (All my icons of the apps shall be present in the grid) } else if(owner powered on the phone) { (the call the phone icon is the first icon and the dictionary icon is the second icon at the bottom bar of…

#include <LiquidCrystal.h>   #define trigger 18 #define echo 19   LiquidCrystal lcd(2,3,4,5,6,7);   float time=0,distance=0;   void setup() {  lcd.begin(16,2);  pinMode(trigger,OUTPUT);  pinMode(echo,INPUT);  lcd.print(" Ultra sonic");  lcd.setCursor(0,1);  lcd.print("Distance…

#include<wire>void setup(){Wire.begin();Serial.begin(9600);Serial.println("nI2C Scanner");}void loop(){byte error, address;int Devices;Serial.println("Scanning...");Devices = 0;for(address = 1; address < 127; address++ ){Wire.beginTransmission(address);error = Wire.endTransmission();if (error == 0){Serial.print("I2C…

#include<stdio.h> #include<conio.h> typedef enum { Gear_Down_State, Checking_before_Take_off_Delay_3s_State, Raising_Gear_State, Gear_Up_State, Checking_before_landing_State, Lowering_Gear_State, }eSystemState; typedef enum { Checking_before_takeoff_delay_3s_Event, Raising_gear_Event, Gear_up_Event, checking_before_landing_Event,…

#include<stdio.h> #define SIZE 50 int S1[SIZE],S2[SIZE],S3[SIZE]; void accept(int S[],int n) { int i; for(i=1;i<=n;i++) scanf("%d",&S[i]); S[0]=n; } void display(int S[]) { int n,i; n=S[0]; printf("{"); for(i=1;i<=n;i++) printf("%d",S[i]); printf("}"); } int ele_pre(int S[],int x) { int n,i; n=S[0]; for(i=1;i<=n;i++)…