pic16f887

Finger touching PIC16F887 capacitive touch sensor demonstration board

MTOUCH Single Button using PIC16F887 with Proteus Simulation

Introduction Capacitive touch sensing has become a popular feature in modern embedded systems and DIY electronics projects. This MTOUCH Single Button project demonstrates how a touch-sensitive input can be implemented using the PIC16F887 microcontroller inside a Proteus simulation environment. The project uses a simple relaxation oscillator technique to detect human touch on a sensor pad […]

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Making your own Digital Clock using PIC16F887

Small LED dot matrix development board I was very busy for the past two months so this blog just didn’t move. As you may know, the LED dot matrix display is my favorite device. I have designed a small development board for testing my led dot matrix related programs. The PCB is single sided so

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Classic LED 7-Segment Displays using PIC16F887

Just recently I have been addicted to old LED displays as they are small and bright and I love the classic look. We can see them in vintage calculators and vintage led watches. However these displays consume significant amount of power, so they are not used in watches and calculators anymore. As they are replaced

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DHT22 (AM2302) Digital Humidity and Temperature Sensor Proteus Simulation

Like the DHT11, the DHT22 is a digital humidity and temperature sensor which has more benefits than DHT11 like: High precision and range. If we want to understand this topic we have to read the DHT22 datasheet and see how this device works and its characteristics. Note that the DHT22 is available only on Proteus

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4 Bit LCD interfacing and programming with PIC Microcontroller

LCD displays operate in two modes 4 bit and 8 bit mode. We all might have been familiar with 8 bit mode which is used widely in several systems. But 4 bit mode is something which many of us is not aware of. This mode has some advantages over the 8 bit mode out of

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MikroElektronika’s “Ready for PIC” board talks to “Processing” using PIC16F887

“Ready for PIC“ is one of MikroElektronika‘s compact prototyping boards for 28 and 40 pin PIC microcontrollers. The board comes with PIC16F887 microcontroller which is preprogrammed with an UART bootloader firmware and thus eliminates the need of an external programmer. The on-board USB-UART module allows the serial data transfer between the PIC and a PC

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MTOUCH Single Button using PIC16F887 with Proteus Simulation

Making your own Digital Clock using PIC16F887

Classic LED 7-Segment Displays using PIC16F887

DHT22 (AM2302) Digital Humidity and Temperature Sensor Proteus Simulation

4 Bit LCD interfacing and programming with PIC Microcontroller

MikroElektronika’s “Ready for PIC” board talks to “Processing” using PIC16F887

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