Crafting Code, Cultivating Creativity: Let’s Harness the Power of Technology
Are You Ready to Transform Your Ideas into Innovations?
Partner with Me to Unleash the Power of Technology and Automation Solutions. Together, Let’s Make Your Vision a Reality – Connect Now!
jamie@jamiestarling.com
Latest From My Blog
PIC16F15214 MCU Overview – What You Really Need to Know
The PIC16F15214 is an cost effective upgrade from the PIC10F322. This MCU will give you two more I/O pins compared to the PIC10F322 - About 14 times the flash program space, 8x the SRAM space, and various other peripherals such as I2C, EUSART, and SPI. The...
Difference between – PIC16F15213 and PIC16F15214
So, what is the Difference between the PIC16F15213 and PIC16F15214? FLASH Program Space and SRAM Size. PIC16F15213 has 3.5K Program Flash Memory and 256 Bytes of SRAM. PIC16F15214 has 7K Program Flash Memory and 512 Bytes of SRAM. You get double the Program Space and...
PIC16F15213 Device Peripherals
Digital Peripherals: Two Capture/Compare/PWM (CCP) Modules: 16-bit resolution for Capture/Compare modes - 10-bit resolution for PWM mode Two Pulse-Width Modulators (PWM): 10-bit resolution - Independent pulse outputs One Configurable 8/16-Bit Timer (TMR0) One...
PIC16F15213 Pin Diagram
PIC16F15213 Pin Out Diagram VSS - GroundVDD - Operating Voltage Range: 1.8V to 5.5V **NOTE RA3 - {MCLR} If used for IO is an input pin only! Cannot be used as Output. Cannot be used for Analog ADC Pin descriptions and Pin Mappings PIC16F15213 Pin descriptions and Pin...
PIC16F15213 MCU Overview – What You Really Need to Know
The PIC16F15213 is a 8 Pin cost effective upgrade from the PIC10F322. This MCU will give you two more I/O pins compared to the PIC10F322 - About 7 times the flash program space, 4x the SRAM space, and various other peripherals such as I2C, EUSART, and SPI. Don't...
PIC10F322 and XC8 Code – Internal Temperature Sensor – Creative Use Seed Random Number Generator
In the pervious post - we setup the PIC10F322 ADC to read the Internal Temperature Sensor. Mostly the sensor is used to monitor the die to ensure that it is operating within its limits of thermal rating. In enclosed products, the microcontroller’s internal temperature...
PIC10F322 and XC8 Code – Internal Temperature Module – How To Read
The PIC10F322 is equipped with a temperature indicator module designed to measure the operating temperature of the silicon die. Why is it there - What is the use monitoring the die? It is useful to monitor the temperature of the silicon die of the...
Image Processing – Python and OpenCV – Capture Image From Webcam
Let's take a quick look on how we can use OpenCV2 to capture a single frame from a webcam. The code below uses a web cam to capture a single frame, that stores the results in the image variable. We are using direct show to communicate with the cam and adjust the...
Z80 – Pinouts
Explore the comprehensive Z80 CPU Pinout guide, providing valuable insights into Z80 CPU– Pinouts along with images. Your ultimate source for Z80 information!
Z80 – CPU Intro
The Z80 is an 8-bit microprocessor introduced by Zilog as the startup company's first product. The Z80 was conceived by Federico Faggin in late 1974 and developed by him and his 11 employees starting in early 1975. The Zilog Z80 is a software-compatible extension and...