ARM has developed the first full 32bit microcontroller built on a flexible plastic material using a 0.8 μm process from PragmatIC. The PlasticARM microcontroller consists of 56,340 NMOS transistors and resistors and is built on a plastic substrate developed by UK foundry PragmatIC Semiconductor in Cambridge. The microcontroller, detailed in the journal Nature after six years of […]
FIRST FULL 32-BIT PLASTIC M0+ MICROCONTROLLER Read More »
This post provides an example code to use PIC12F675 GPIO pins as inputs. After going through this example, you will understand how to make PIC12F675 pins as inputs and how to read their value in the code. This code is written in C language using MPLAB with HI-TECH C compiler.You can download this code from
How to use PIC12F675 GPIO pin as input (Code + Proteus simulation) Read More »
Overview Our project consists of a 2m DotStar LED strip with 120 individually addressable LEDs and seven accelerometers with the Big Board to depict three different rides that are typically found in an amusement park: the roller coaster, the drop tower, and the bouncer. We implement 1D kinematic equations iteratively to approximate the real-world physics
LED Amusement Park Read More »
Introduction Whac-A-Mole (Mogura Taiji) is a popular carnival game that originated from Japan; it involves the player whacking a mole that can appear out of one of five possible holes. Over the years, as the game grew in popularity internationally, many variations of the game have been introduced. Please see https://en.wikipedia.org/wiki/Whac-A-Mole for further information. Our
PIC12F675 features 28 bytes of EEPROM data memory,Programmable pull-up resistors, 4 oscillator selections including 4 MHz RC oscillator with programmable calibration and Power-On Reset. Program Memory Type Flash Program Memory (KB) 1.75CPU Speed (MIPS) 5RAM Bytes 64Data EEPROM (bytes) 128Timers 1 x 8-bit, 1 x 16-bitADC 4 ch, 10-bitComparators 1Temperature Range (C) -40 to 125Operating Voltage
PIC12F675 Development Board Micro Size 3.0 Cm X2.5 Cm Read More »
a simple 3 buttons on-off with pic12f629. it’s written with MikroC Step 1: The Code… start the code with ”int”———————————————————- int x0,x1,y0,y1,z0,z1; ////// with this the GPIO outputs could stay on or off void main() { GPIO = 0x00; ////// all outputs are 0 CMCON = 0x07; ////// Disable CMCON PORT TRISIO = 0b00111000; //////
Simple 3 Button On-off With 12f629 (mikroC) Read More »
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