PIC Microcontroller

[...] In this project “Interfacing external EEPROM with PIC Microcontroller”, we will see how we can easily interface EEPROM via I2C Protocol. The need of external [...]

[...] forward our first step in the field of wireless communication by interfacing android with pic microcontroller via Bluetooth open lots of way to work on. Once we can send and receive data between a [...]

[...] The main purpose of this project “automatic street light control by pic microcontroller” is to minimize the cost of electricity and also cost of man power to manually on- off the [...]

[...] Here you will see how easily we can make Digital frequency meter by PIC microcontroller using timer 1. To make this project we need clear idea on timer 1 module of PIC16F877 [...]

[...] Here I discuss very good knowledge based project LED blinking using timer0 of pic16f877 microcontroller. You can see in my Earlier project “Simple Project on LED blinking by PIC 16 [...]

[...] This post will describe that how easily we can do Interfacing 7 segment display with pic16f877 microcontroller. 7 segment display is a basically array of 7 leds with some proper arrangement. From [...]

[...] In any real time project, MCP4921 12 bit DAC interfacing with PIC16F877 microcontroller via SPI Connectivity is very essential. Because in real world most of the input sensors [...]

[...] mode. To know the details step by step tutorial on “how to interface DS1307 with PIC16f877 microcontroller?” you may follow my old post Interfacing DS1307 Real time clock with PIC16f877. [...]

[...] Project description F*watch is a fully open electronic watch project featuring an integrated GPS receiver. The [...]

[...] and the concept implementing for making this project is also very interesting. Project description: In this project “LDR Based Line follower Robot Car using PIC Microcontroller”, [...]

[...] poll in school, college quiz competition or any small scale general election. Project Description: To make our project “Electronic Voting Machine Using PIC Microcontroller”, we need [...]

[...] GUI and interfacing PIC16F877 with Matlab via UART communication using serial cable. Project description: In this project “Interfacing Camera with PIC Microcontroller via Matlab GUI”, we [...]

[...] with today’s advance technology and field of embedded electronics project, interfacing GSM module with pic microcontroller is very important for remote and wireless communication. GSM stands [...]

[...] post at Keypad scanning and interfacing with PIC16f877 microcontroller 3)      Sending SMS by GSM module and Pic  microcontroller for that see my previous post at Interfacing GSM module with PIC [...]

[...] commands to the appliances and the devices connected will switch ON/OFF. HARDWARE REQIREMENT 1 GSM MODULE ( I use SIM300) 2 MICROCONTROLLER ( PIC16F877) 3 GSM SIM SOFTWARE REQIREMENT PROTEUS ISIS ARES [...]

[...] Here you see how a Servo motor controls by Microcontroller PIC16f877 and MATLAB GUI? It is well known to us that now a day’s use of servo motor extended in [...]

[...] SMS alert by pic microcontroller, I used 1>     Keypad. 2>     Microcontroller PIC16F877 3>     DC Motor 4>     Threated pulley ( To drive the open/ [...]

[...] (Auto pilot car), I used 1>     Android Mobile 2>     Microcontroller PIC16F877 3>     Servo Motor 4>     LED 5>     Buzzer 6>     [...]

[...] Keyboard.  this l293d motor Driver is just a application of the USB Interface board. The input voltage for the motor is coltrolled with a Linear Voltage Regulator  IC 7805, For 5v input [...]

[...] and a power stage. The power stage incorporates the switching elements and converts the input voltage to the desired output. The controller supervises the switching operation to regulate the [...]

[...] A stable single transistor sine wave generator, that works with many values of input voltage.  In PartSim you can easily change the value of the resistors and capacitors and observe the [...]

[...] chip, I discovered that it is probably counterfeit. A voltage regulator takes an unregulated input voltage and converts it to the exact regulated voltage an electronic circuit requires. Voltage [...]

[...] 50v Vout = (11.11/100+11.11)*50 = 5v So we can easily measure maximum 50 v DC. See the circuit diagram for proteus simulation. For more detail: Digital Voltmeter (0-50v) using PIC Microcontroller [...]

[...] Micrcotroller? See my previous post Interfacing Proteus with Matlab See at below the circuit diagram of my complete project where I take input from UART port then store it to EEPROM and [...]

[...] different table it will not work until the quiz master reset the system again. See the circuit diagram in bellow. To complete my Pic microcontroller based fastest finger press quiz buzzer [...]

[...] 0 0 21 15 42 30 63 45 83 60 103 75 125 90 145 105 165 120 187 135 207 150 228 165 255 180 Circuit Diagram in Proteus: See the circuit diagram of Servo motor control by Microcontroller PIC16f877 and [...]

[...] R1 is a potentiometer serving as a voltage divider, with the output on pin 2 serving as a reference voltage for the basic LM358 Op-Amp. R2 is a 3W 0.5 ohm resistor (note the power rating is incorrect [...]

[...] from the difference between the actual-output voltage and the desired-output voltage (or reference voltage). The modulator gain Fm is defined as the change in control voltage that causes the duty [...]

[...] integer number. Now question is how we convert it? For converting it we have to take a reference voltage let we take reference voltage 5 volt. Now the formula of conversion is Value =value * ( [...]

[...] and 0x22). So we can get maximum 4096 different value by 12 bit data format. If we use 5V reference voltage then we will get ( 5000/4096) .001220703125 mile volt per step. So for sending 3 volt at [...]

[...] it approaches its peak level. Temperature also plays a role. As the module heats up, the output voltage of the module will fall, which will reduce its overall energy output. As a result, even [...]

[...] to the desired output. The controller supervises the switching operation to regulate the output voltage. The two are linked by a feedback loop that compares the actual output voltage with the [...]

[...] . If the voltage at R2 is too high against the reference voltage, the LM358 will decrease the output voltage and close the FET gate, limiting current. I tried various circuits to set the reference [...]