1..AIM:TO MAKE SIMULINK MODEL FOR DOORBELL USING SOLENOID. BLOCKS USED:PULSE GENERATOR,SCOPE, SIMULINKPS CONVERTER,P-S SIMULINK CONVERTER,SPST SWITCH,BATTERY,ELECTRICAL REFERENCES, MECHANICAL REFERENCES,SOLENOID BLOCK. FLOW PROCESS:In pulse generator signalsaree generatedfor every 2 seconds to control the switch…

1.Aim:  To simulate the given data and conditions for an ev vehocle advisor tool in matlab.          You may get  benefit using advisor if we  estimate the fuel economy of vehicles that not even builtyet. learn about how conventional. hybrid  or electric vehicless uses energy throughout their drive trains compare relative…

1. MAPPED MODEL:It is based upon lookup tables and  not the actual  comonents . It is a steady state state model and simulation takes  less time due to simplicity.   DYNAMIC MODEL: It is based upon the actual component model. Each component is modeled separately and simulation takes more time due…

 1.Aim: To implement contol logic of a washing machine usinf state flow simulink.  Objective: To implement the coontrol logic of a washing machiine using stateflow If the  power supply is available the syste gets activated.  If the water is not available stop the process and indicate through LED. soaking…

1. POWER CONVERTERS IS MADE UO OF HIGH POWER FAST ACTING SEMICONDUCTORS SUCH AS BJTS,MOSFETS IGBTS ETC., TWO TYPES OF STEP CONVERTERS ARE THERE . STEP UP STEP DOWN. BASICALLY FOUR TYPES OF POWER  CONVERTER ARE PRESENT . DC TO DC CONVERTER DC TO AC CONVERTER AC TO AC CONVERTER  AC TO DC CONVERTER DC TO AC : CONVERTS DC…

1.BJT_H bridge:   Bipolar juction transistor uses for power switching apps, operates an IGBT.                               when it is conducting BJT operating in saturated region aforward voltage develps between emitter and collector. so IGBT BLOCK IS USED FOR  MODEL TH BJT DEVICE. The h bridge consists of four BJT diode…

https://docs.google.com/spreadsheets/d/1vITLA6wuj2k8vhcBMnaOwosqbHff5Gm-fGhvHdRNYXk/edit?usp=sharing https://docs.google.com/spreadsheets/d/1vITLA6wuj2k8vhcBMnaOwosqbHff5Gm-fGhvHdRNYXk/edit?usp=sharing 1. THERFORE WE GET THE TOTAL BRAKING ENERGY FOR BRAKING USING SPREADSHEET OR XCEL SHEET. AND THE OBSERVATIONS ARE MADETHROUGH…

CARRY OUT SYSTEM LEVEL SIMULATION OF ALL TERRAIN VEHICLE AIM: TO STUDY AND CREATE A REPORT ON BAJAJ ATV MODEL AND CARRY UT SYSTEM LEVEL SIMULATION ON IT. ATV:   THESE ARE ALL KNOWN AS ALL TERRAIN VEHICLES OR  QUAD, DEFINED BY ANSI . THESE VEHICLES TRAVELS ON LOW PRESSURE OF NON PNEUMATIC TIRES, WITH A SEAT  THAT IS STRADDLED…

6 a.. FORCES REQUIRED FOR PULL OR PUSH AIRCRAFT ARE: ROLLING RESISTANC:                        BODY RESISTS THE MOTION SUCHA AS BALL TIRE WHEN IT IS ON THE SURFACE.                         Frr=Crr*m*g Crr  is rolling resistance coefficient m is mass of the body g is acceleration  due to gravity. AERODYNAMIC DRAG FORCE:…

     this report, I will be modelling an electric vehicle with a DC motor and battery system using the SIMULINK software. The components I will need for my model exist as blocks in the SIMULINK block library. I will be modelling this EV for a drive cycle and measure the velocity characteristics and the current…

1.PREPARING A TABLE ON MATERIALS OF  DIFFERENT TYPES OF LITHIUM ION CELLS: TYPES OF LITHIUM ION CELLS            AT  CATHODE           AT  ANODE          OVERALL  REACTION Lithium Cobalt Oxide (LiCoO2) — LCO LiCoO2↔Li1−xCoO2+xLi++xe− 6C+xe−+xLi+↔LixC6 LiCoO2+6C↔LiC6+CoO2 Lithium Manganese Oxide (LiMn2O4) — LMO LiMnO2↔Li1−xMn2O4+xLi++xe−…

1.   HARNESS DASHBOARD: WE HAVE TO SIMULATE THE 3 TEST CASES FROM HARNESS DASHBOARD. TEST CASE 1:     WHEN WE CLICK ON THE SEQUENCE VARIANT BLOCK AND SELECT CASE 1. CLICKING ON THE BMS SEQUENCE BLOCK WE GET THE CHART. WHEN THE SIMULATION WILL START THE MODEL IS IN DRIVING COBNDITION. AFTER THE 3000 SECONDS IT WILL BE IN…

   for test case 2:       TEST CASE3:                                       TEST CASE4:           TEST CASE5:        

MINIPROJECT: VEHICLE DIRECTION DETERMINATION: EXPLANATION IS GIVEN IN WORD DOCUMENT WHICH IS ATTACHED IN THE DESCRIPTION.                 

   Adaptive Cruise Control (ACC) : Aim: To develop the Adaptive Cruise Control feature as per the Requirement Document using MATLAB Simulink. To follow all the MBD related processes such as Requirement Tagging & Traceability, SLDD creation, Configuration Parameter changes, Model Advisor check & Code Generation.…

Aim Of The Project: Implementation of the Traffic Jam Assistant algorithm which would predominantly feature in the IPC algorithm.     Objective of the Project: The model must be developed in MATLAB Simulink as per MBD guidelines. Simulink Data Dictionary must be created for the model & must be linked to the model. Model…

Aim: Model Development of a feature of Highway Assistant-Lane Changing Assistant using MATLAB and Simulink as per MAAB guidelines, producing Model Advisor Report as well as generating Code using AUTOSAR Coder. Objective: Model Development in MATLAB Simulink as per MAAB guidelines. Code Generation using Autosar Coder. Creation…