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Introduction to 2n2905
introduction to 2n2905, intro to 2n2905, basics of 2n2905, working of 2n2905
Hey Everyone! I hope you all are doing great and enjoying life. I am back to give you daily dose of some valuable information so you can progress and grow in your relevant field. Today, I am going to unlock the details on the Introduction to 2n2905. It is  a PNP (Positive-negative-Positive) bipolar junction transistor (BJT) which is mainly used for general purpose and switching applications. In this transistor, N doped semiconductor exists between the two layers of P doped material. I am going to give you brief details about this transistor. Let's get started. Introduction to 2n2905 2n2905 is a PNP bipolar junction transistor which is mainly designed for general purpose, small signal and switching applications. It comes in TO-39 casing an ...
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How to use analogWrite in Arduino?
how to use analogWrite in Arduino, analogWrite command, what is analogWrite in Arduino
Hey Fellas! Hope you are getting along with life pretty well. This post is another addition in this Arduino Tutorial for Beginners series. Today, I'll discuss How to use analogWrite in Arduino? The analogWrite is mainly used to update the status of analog pins and is also used to map the analog values on the PWM (Pulse Width Modulation) pins. You can check the article that I have posted previously on How to use analogRead in the Arduino - this command addresses the analog pins on the board and reads its status, while today's one does the exact opposite. In this post, I'll try to break down each and everything related to analogWrite in simple steps, so you can grab the main idea pretty well. Let's jump right in. How to use analogWrite in Arduino? ...
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Introduction to PIC16F877
introduction to pic16f877, pic16f877 features, pic16f877 pinout, pic16f877 functions, applications
Hey Guys! Hope you are doing well. I am back to give you valuable information as per your technical needs and requirements. Today, I’ll unlock the detailed Introduction to PIC16F877. It is an 8-bit PIC microcontroller that comes with 40-pin interface (PDIP). It is based on Flash type memory. The High-Performance RISC CPU is incorporated inside the device that comes with only 35 single-word instructions, targeting mainly two types of instructions: single cycle and double-cycle. In this post, I'll cover each and everything related to PIC16F877: its features, pinout and pin description, main functions, memory interface, compiler and burner used and applications. Let's dive right in and get down to the nitty-gritty of this tiny device. Introduction ...
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Introduction to HC-SR04 (Ultrasonic Sensor)
Introduction to HC-SR04,hc-sr04 pinout, hc-sr04, hc-sr04 basics, hc-sr04 ultrasonic sensor
Hi Friends! I hope you are doing well. Welcome you onboard. Today, I'll discuss the basic Introduction to HC-SR04 Ultrasonic Sensor. It is an ultrasonic sensor, also known as an ultrasonic transducer that is based on a transmitter and receiver and mainly used to determine the distance from the target object. The amount of time it takes to send and receive waves will determine how far the object is placed from the sensor. It mainly depends on the sound waves working on “non-contact” technology. The required distance of the target object is measured without any damage, giving you accurate and precise details. This sensor comes with a range between 2cm to 400cm and is used in a wide range of applications including speed and direction measurement, wireless charging, humidifiers, medical ...
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Introduction to PCB(Printed Circuit Board)
introduction to pcb, intro to pcb, basics of pcb, composition of pcb, types of pcb
Hello everyone, I hope you all are doing great. Today, I am going to start a new tutorial series on Printed Circuit Boards, abbreviated as PCB. It's going to be a quite lengthy series so I have divided it into multiple chapters. We will start from the basics and will gradually move towards complex concepts. In this series, we will cover everything related to PCB i.e. PCB Types, materials used in PCB designing, online software and tools to design PCB layouts, online PCB Fabrication Houses to manufacture PCB etc. So, stay tuned to this series, if you want to be a PCB expert. As today's our first chapter in this series, so we will discuss the basics of PCB i.e. What is PCB? History of PCB? How its evolved from simple boards to complex de ...
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Introduction to 4n25
introduction to 4n25, intro to 4n25, basics of 4n25, working of 4n25, principle of 4n25
Hey Fellas! We always strive to give you useful information that resonates with your needs and requirements. Today, I'm going to unlock the details on the Introduction to 4n25. It is a standard single channel 6 pin optocoupler that contains silicon NPN phototransistor and gallium arsenide infrared LED. It is widely used in motor drive and control, communication and networking, and power management. I'll try to cover every aspect related to this optocoupler so you don't need to go anywhere else and find all information in one place. Let's dive in and explore what it does and what are its main features. Introduction to 4n25 4n25 is a standard single channel 6 pin industry standard phototransistor coupler that contains silicon NPN phototransistor ...
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Introduction to 2n4391
Hey everyone! Hope you all are doing great. Today, I am going to give you the details on the Introduction to 2n4391. It is a simple N type JFET (Junction field effect transistor) which consists of three terminals called drain, source and gate and are denoted by D, S and G receptively. It is mostly used in analog switches and current limiters. I am going to give you a brief details on this transistor. Let's get started. Introduction to 2n4391 2n4391 is a field effect transistor that consists of three terminals known as drain, source and gate. It is called field effect transistors because static field performs as important part in the operation of this transistor. Unlike normal transistors, it is a voltage controlled device as it doesn't requ ...
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Introduction to Atmega16
Introduction to atmega16, intro to atmega16, introduction to avr microcontroller atmega16, pin diagram of atmega16, applications of atmega16, atmega16 pinout, atmega16 architecture
Hey Fellas! Hope you are doing fine. Microcontrollers play an important role in the development of embedded systems. They are used where automation is an integral part of the system. Today, I am going to unlock the details on the Introduction to Atmega16.  It is a 40-pin low power 8-bit microcontroller which is developed using CMOS technology and based on AVR architecture. This is the most commonly used AVR microcontroller which belongs to Atmel Mega family. You must have a look at microcontroller called Atmega328 that also belongs to the mega family. Other microcontrollers that are readily available and fall under AVR category are Atmega 8 and Atmega 32. All these controllers perform similar tasks, however, they are only different in terms of ...
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Introduction to S8050
introduction to s8050, s8050 pinout, s8050 working s8050 applications
Hey Guys! Hope you are doing well. I always strive to keep your technical needs and requirements quite in line with valuable information that helps you excel and thrive in engineering and technology. Today, I'll unlock the detailed Introduction to S8050 that is an NPN Epitaxial Silicon Transistor mainly used for push-pull amplification and general purpose switching applications. It is a low voltage and high current transistor, featuring collector current up to 700 mA and Collector-Emitter voltage around 25 V. I'll try to cover each and everything related to S8050, so you don't have to scratch your head browsing the whole internet and find all the information in one place. Let's dive in and kick off the nitty-gritty of this transistor. Introductio ...
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Introduction to 2sc4617
Hey Fellas! Hope you are doing great. I am here to give you the daily dose of information relating to engineering and technology. Today, I am going to give you the details on the Introduction to 2sc4617. It is an NPN (negative-positive-negative) transistor which is used for general purpose amplification. This component comes in SC-75/SOT-416 sealed package which is mostly used for low power applications. I am going to explain the brief overview of 2sc4617. Let's get started. Introduction to 2sc4617 2sc4617 is a three terminal NPN silicon transistor which consists of two N doped layers which cover one P doped layer. It is a bipolar transistor which is usually used for amplification purpose. Small amount of base current is used to handle the la ...