Understanding the TRISA Register on the PIC10F322 in XC8Basics of the TRISA RegisterConfiguring Pin RA0 as an OutputDisable Analog Functionality:Set the Pin Direction:Set the Pin High:Important Note about Pin RA3Example CodeSummaryHave a Project or Idea!?...
The Evolution of MCU Programming : From ASM to CThe Shift to CPortability:Efficiency:Ease of Learning:Readability:Industry Relevance:Summing It UpHave a Project or Idea!?Seeking Bespoke Technology Solutions? The Evolution of MCU Programming : From ASM to C When I...
Understanding and Configuring the PIC10F322 System Clock Speed Upon reset or power-on, the PIC10F322 microcontroller defaults to a system clock speed of 8MHz. This default setting remains until you modify it in your code. Default Clock Speed and OSCCON Register When...
PIC10F322 Configuration Bits for XC8 You’ve just written your first XC8 program for the PIC10F322 and uploaded it to the chip, but nothing happens. The issue might be that you haven’t set up the Device Configuration Bits correctly. Proper configuration of...
Understanding PIC10F322 Reset and MCLR The PIC10F322 microcontroller features a reset pin known as MCLR, located at pin RA3 or physical pin 8 on a PDIP device. This optional external input can be used to reset the device when needed. Here’s a detailed guide on...
In my work with 8-bit microcontrollers, including the PIC10F322, I often rely on a +5V power supply. It’s a tried-and-true method, appreciated for its reliability. Precision Power Regulation for the PIC10F322 To ensure optimal performance of the PIC10F322, a...
Streamline Your Projects with my PIC10F320 and PIC10F322 Pin Out Diagrams Are you seeking tailored, innovative solutions that streamline your work with PIC10F320 and PIC10F322 microcontrollers? Look no further. My custom visual map is crafted precisely to meet your...
In case you didn’t know – I enjoy model building – specifically model railroading. I have a website – Model-Rail Crafters where I sell the things I create. I thought I would run through the process of creating a simulator. In this case...
PIC16F15214 MCU Overview 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...
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 Pin Diagram – Image. 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...
PIC16F15213 MCU Overview. 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...
A list of my : Microchip PIC10F322 Resources Making Music with PIC10F322 : Using XC8 for Sound GenerationSound Generation with PIC10F322 NCO and XC8: Emulating the IBM PC/XT BeepUsing PIC10F322 Internal Temperature Sensor to Seed a Random Number Generator with...
Received a question about – How to separate a program into multiple files. Simple programs can be put in a single file, but when your program grows larger, while it isn’t impossible to keep it all in one file, it starts to become a big pain in the rear. The purpose of...
Enabling the PICKit or ICD to Supply Power to Your Target Device : In MPLAB – How to Enable the PICKit or ICD to Supply Power to Your Target Device – In MPLAB By default – when you are using the PICKit or other ICD – the power target circuit from device is...
Just, what is the difference between the PIC10F322 and PIC10LF322? Difference Between the PIC10F322 and PIC10LF322 The primary difference between the PIC10F322 and PIC10LF322 microcontrollers lies in their operating voltage ranges. The LF designation indicates a...
So, just what is the difference between the PIC10F320 and PIC10F322? Difference Between the PIC10F320 and PIC10F322 Both the PIC10F320 and PIC10F322 microcontrollers operate at speeds up to 16MHz with an internal oscillator. They share the following features: 4 I/O...
PIC10F322 MCU Overview : For in-depth technical details, please refer to the Microchip datasheet. This overview provides a high-level summary to help you get started with the PIC10F322 microcontroller. The Major difference between the PIC10F320 and PIC10F322 The major...
