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IoT Projects Support for students

Welcome to Our IoT Project Documentation Service for Students Are you a college student working on an exciting Internet of Things (IoT) project? Do you find yourself struggling with documenting your project properly, making it difficult to learn and grow from your experiences? Look no further! Our IoT Project Documentation Service is here to assist you in transforming your innovative ideas into comprehensive and organized documents that will facilitate your learning and growth journey. Why Documentation Matters Documentation is a crucial aspect of any project, especially in the field of IoT. Proper documentation not only helps you keep track of your progress but also serves as a valuable resource for understanding, troubleshooting, and replicating your project in the future. Whether you're working on a simple sensor network or a complex home automation system, documenting your project effectively can significantly enhance your learning experience and set you up for success. Our Ser...

USB Protocol

USB (Universal Serial Bus) is a popular hardware protocol used for connecting various devices to a computer or other host system. Here are some common USB hardware protocols: USB 1.x : This is the original USB protocol and supports data rates of up to 12 Mbps. USB 2.0 : This version of USB supports data rates of up to 480 Mbps. USB 3.0 : Also known as SuperSpeed USB, this version of USB supports data rates of up to 5 Gbps. USB 3.1: This version of USB, also known as SuperSpeed+ USB, supports data rates of up to 10 Gbps. USB Type-C: This is a connector standard for USB cables and ports, which is designed to be reversible and support higher data rates than previous USB versions. USB Power Delivery: This is a specification for delivering power over USB connections, which allows devices to charge faster and deliver more power to connected devices. USB On-The-Go (OTG): This protocol allows USB devices to act as either hosts or peripherals, which enables more flexible connections between...

Air quality Monitoring and Filteration

Things That are used on our project Arduino ESP32 Hepa Filter MQ135 MQ7 Oximeter Sensor OLED Screen Chargeable Batteries MQ135 - Requires 3 Pins(VCC, GND, Analog) Pulse Oximeter - Required 4 pins(SCL, SDA, VIN, GND) volvo is truck Manufacturing company globally.  program to display different types of data on OLED display by using ESP32. program to calculate aqi using mq135 and MQ7. Also, send a message or WhatsApp notification to joined numbers. only our sensors are capable to detect the air quality inside the cabin which saves energy and also give long life to our hepa filter and batteries. At, every hour if buzzer alert to driver then it difficult for the driver to drive and also distract. if he is not feeling well then he can check his heart rate and blood levels to clarify his health issues. if the value is below to the requirements then it allert driver and fleet management to replace him with other drivers. so he gets a doctor checkup and treatment.

Complementry Metal Oxide semiconductor(CMOS)

Complemetry Metal Oxide Semiconductor(CMOS) Complementry Transistor Network 1. Pull UP : P transistor 2. Pull Down : N Transistor An NMOS and PMOS make up an inverter. CMOS is used as Transmission Gates

Effects of doping in diodes

Pure Silicon or Germanium are rarely used as semiconductors. Practically usable semiconductors must have controlled quantity of impurities added to them. Addition of impurity will change the conductor ability and it acts as a semiconductor. The process of adding an impurity to an intrinsic or pure material is called doping and the impurity is called a dopant. After doping, an intrinsic material becomes an extrinsic material. Practically only after doping these materials become usable Effect of Doping on N-type Material The effect of doping on an N-type material is as follows − On addition of Arsenic to pure Silicon, the crystal becomes an N-type material. Arsenic atom has additional electrons or negative charges that do not take part in the process of covalent bonding. These impurities give up or donate, one electron to the crystal and they are referred to as donor impurities. An N-type material has extra or free electrons than an intrinsic material. An N-type material is not negativel...

Embedded System

A computer system that is integrated into a bigger device or system to carry out a specific task is known as an embedded system. It is a hybrid of hardware and software created to carry out a specific task, frequently under the restrictions of real-time computing. From basic gadgets like a microwave oven to complicated systems like aeroplanes and medical equipment, embedded systems are included in a wide variety of products. Embedded systems are often built to work in a particular context and have constrained resources, such as memory and computing power. They frequently employ real-time operating systems, specific programming languages, and specialised input/output and communication interfaces. Embedded systems are used for the specific task. They are made from microcontrollers which is the brain of the system. It is a Microcontroller - based system that is designed to control a task or range of tasks and is not meant to programmed by the end user. A microcontroller has on chip RAM, o...

Transistor Types

Metal Oxide Semiconductor Field effect Transistor(MOSFET NMOS and PMOS MOSFET Voltage applied at insulated gate controls current between source and drain. Types of field Effect Transistor Junction Field Effect Transistor(JFET) 1. p-channel JFET 2. n-channel JFET Metal Oxide Semiconductor Field Effect Transistor(MOSFET) (a) Enhancement MOSFET 1. p-channel Enhancement MOSFET 2. n-channel Enhancement MOSFET (b) Depletion MOSFET 1. p-channel Depletion MOSFET 2. n-channel Depletion MO SFET