PIC ADC (Analog to Digital Conversion)
There are instances when digital systems need to interface with devices that produce analog signals, such as sensors and radio equipment In such cases, the digital system, such as...
There are instances when digital systems need to interface with devices that produce analog signals, such as sensors and radio equipment In such cases, the digital system, such as...
To continue with our tutorial on synchronous serial with PICs, we will know look at I2C, another popular protocol used by sensors, displays and memory devices ...
Simply put, synchronous serial protocols like SPI and I2C have a separate line for timing (the CLK line) while asynchronous protocols like UART (RS232) don’t The addition of a...
PIC microcontrollers, obviously, can do more than just light up LEDs or reading button states Microcontrollers can also communicate with another microcontroller or with other...
For most microcontrollers, the input and output channels are handled by data direction special function registers AVR microcontrollers call them Data Direction Registers (DDR)...
The Internet of Things (IoT) revolution has inspired thousands of makers to build interconnected systems that span the globe Want to join the revolution Learn first how to make a...
In this tutorial, I will discuss how to use the PIC16F84A microcontroller timer module for a variety of applications including turning a LED on and off without the use of a...
So far we have discussed how to code microcontrollers sequentially, ie, the device performs the code from top to bottom and may branch out to labels (via goto) or subroutines (via...
We'll start with the PIC16F84A - aka the beginner's microcontroller This MCU from Microchip has been around since 1998 and is the successor to the very first serially programmable...
Most people have nightmares about PIC assembly language programming while some would say it's a waste of time I've experienced both so I agree PICs can be programmed much easier...