RELATED ARTICLES: TAKE A LOOK : INTRODUCTION TO PIC 16F877 TAKE A LOOK : PIC 16F877 – ARCHITECTURE AND MEMORY ORGANIZATION TAKE A LOOK : REGISTER MEMORY ORGANIZATION IN PIC 16F877 TAKE A LOOK : TIMER MODULES IN PIC 16F877 CAPTURE/COMPARE/PWM (CCP) Modules in PIC 16F877 Capture-Compare-Pulse-Width-Module (CCP) is a special module designs for modulation […]
Related Articles TAKE A LOOK : INTRODUCTION TO PIC 167F877 TAKE A LOOK : PIC 16F877 – ARCHITECTURE AND MEMORY ORGANIZATION TAKE A LOOK : REGISTER MEMORY ORGANIZATION IN PIC 16F877 TAKE A LOOK : EEPROM/FLASH MEMORY ORGANIZATION in PIC 16F877 Timer modules in PIC 16F877 The PIC 16F877 basically has three timer modules. These
PIC16F877 Ports and Registers This article is a part of our Tutorial on PIC16F877, where this section focuses on the Input/Output ports and TRIS registers of PIC16f877. For Previous Articles, follow the links below: TAKE A LOOK : INTRODUCTION TO PIC 16F877 TAKE A LOOK : PIC 16F877 – ARCHITECTURE AND MEMORY ORGANIZATION TAKE A
12 volt DC Power Supply from USB port The circuit given below infact is a 5 volt to 12 volt converter. It uses the 5 Volts from USB port and converts it to 12 volts DC with the help of IC LT1618. Description : Using this circuit we can convert 5V DC from the computer
Audio Amplifier Circuit – 15 Watts The circuit below is of a  15 Watts Class B audio amplifier circuit designed using a dual Op-amp and transistors. Description : The circuit shown here is of a simple Class-B audio amplifier based on opamp TL082, transistors TIP41 and TIP42. LM833 is a dual opamp with high slew rate
Active Crossover Circuit Given below is an Active crossover circuit suitable for HiFi audio systems using LM833, the dual operational amplifier. Description: Crossover circuits are of two types, active and passive. Passive crossover circuit uses passive components only and they are very simple, but they waste a considerable amount of energy and also induce distortion.
Anthropomimetic Machines The Robotics technology has become highly advanced to such a level that even people who have routine jobs [in industries] are replaced by robots. Though the initial cost of such robots may be high, the overall gain will be huge when compared to manual labour. Â To us, robots are just machines with two
What is a Smart Antenna? Smart Antennas, also known as multiple antennas, adaptive array antennas, and so on is used to increase the efficiency in digital wireless communication systems. It works by taking the advantage of the diversity effect at the transceiver of the wireless system that is the source and the destination. The term
Take a look at the previous articles. TAKE A LOOK : INTRODUCTION TO PIC 167F877 TAKE A LOOK : PIC 16F877 – ARCHITECTURE AND MEMORY ORGANIZATION TAKE A LOOK : REGISTER MEMORY ORGANIZATION IN PIC 16F877 The data EEPROM and Flash program memory is readable and writable during normal operation by electrically erasing or direct
RedTacton Technology This detailed article on Red Tacton technology is developed by our team for students as a Seminar topic for their academic needs. We have referenced various research papers,reports and other documentations for developing this article. We have discussed about various infrared and Bluetooth wireless technologies in our recent posts. But the technology has
To read the previous articles on the basics of PIC 16F877, click on the links below. TAKE A LOOK : PERIPHERAL INTERFACE CONTROLLER (PIC) TAKE A LOOK : INTRODUCTION TO PIC 167F877 TAKE A LOOK : PIC 16F877 – ARCHITECTURE AND MEMORY ORGANIZATION Register Memory Organization in PIC 16F877 A register is a place inside
Bridge Amplifier The circuit given below is a bridge audio amplifier circuit using ICÂ TDA4935. Description : TDA4935 is 2x15W high quality audio amplifier IC from Siemens. The IC can be used in stereo mode or bridge mode. In stereo mode it can deliver 15W per channel and in bridge mode it can deliver 30W
Voltage Converter Circuit. Circuit given below is a 3V to 5V Voltage converter using CMOS IC MAX660 and MAX667. Description : In the circuit shown below, a 3V to 5V converter is implemented using MAX660 and MAX667. MAX660 is a CMOS monolithic voltage converter and MAX667 is a programmable low dropout positive voltage regulator. Here
Voltage Doubler and Inverter Given below is the circuit diagram of a DC Voltage doubler and voltage inverter. Circuit uses a voltage converter IC MAX660. Description . A voltage doubler cum inverter circuit using the IC MAX660 IC is shown here. MAX660 is a CMOS monolithic voltage converter IC from Maxim Semiconductors. The monolithic charge
H Bridge Motor Control Given below is an H bridge motor control and  driver circuit using IC L298 Description : A bidirectional H bridge DC motor control circuit is shown here. The circuit is based on the IC L298 from ST Microelectronics. L298 is a dual full bridge driver that has a wide operating voltage range
IMAGE TAKEN FROM With the internet revolution all around us, have you ever thought about how slow your internet connection is? For studio/office workers, are you able to upload/download huge files online at a reasonable speed? For online gamers, are you able to play your games without screen freeze or system crash? For movie buffs,
Architecture and Memory Organization of PIC 16F877 To know more basics about PIC 16F877, click on the link below. TAKE A LOOK : PERIPHERAL INTERFACE CONTROLLER (PIC) TAKE A LOOK : INTRODUCTION TO PIC 167F877 The basic building block of PIC 16F877 is based on Harvard architecture. This microcontroller also has many advanced features as
Photonic Integrated Circuit Technology Photonic Integrated Circuit (also known as PIC), is a complex integrated circuit which incorporates a lot of optical devices to form a single photonic circuit. The main difference between a PIC and an Electronic IC is that PIC is analogous to an Electronic Integrated Circuit. Many optical devices like optical amplifiers,
3-D Technology Television has been one of the biggest entertainments since its invention. From its evolution in black and white format, the television technology has later developed to bring colour visuals in CRT displays and later LCD, LED and also Plasma. Nowadays we can get TV’s that is almost 61-inches wide and that too with
Before you know more about this technology, it is better that you go through the basics of 3-D TV. To know more about it click on the link below. TAKE A LOOK : WORKING OF 3-D TV Parallax barrier is an autostereoscopic type of display. That is, there is no need of any special accessories
The basics of Peripheral Interface Controller have already been explained in recent posts. To know more about them, click on the links below. TAKE A LOOK : PERIPHERAL INTERFACE CONTROLLER (PIC) Overview of PIC 16F877 PIC 16F877 is one of the most advanced microcontroller from Microchip. This controller is widely used for experimental and modern
Before you know more about this technology, it is better that you go through the basics of 3-D TV. To know more about it click on the link below. TAKE A LOOK : WORKING OF 3-D TV Lenticular Lenses After the release of some major motion pictures like Avatar, UP, Alice in Wonderland and so
Description. LM4880 is HiFi dual audio amplifier IC from National Semiconductors. This IC is specifically designed to produce high quality audio output with a minimum number of external components.LM4880 is capable of delivering 250mW per channel into an 8 ohm load. The IC has 0.1% THD and has a supply voltage range of 2.7 to
To know a much more detailed basic of PIC, click on the links below TAKE A LOOK : INTRODUCTION TO PIC TAKE A LOOK : BASICS OF MICROCNTROLLERS Introduction to Peripheral Interface Controllers (PIC) Peripheral Interface Controllers (PIC) is one of the advanced microcontrollers developed by microchip technologies. These microcontrollers are widely used in modern
Description. The circuit shown below is of a DC motor driver circuit based on the IC TC4424 from Microchip. TC 4424 is a dual MOSFET driver that can be used in a variety of applications like SMPS, pulse transformer drivers, line drivers, motor drivers etc. The speed and of direction rotation of the motor depends
