Streamlining Your MCU Designs with POGO Pins What Are POGO Pins? POGO pins, or spring-loaded pins, are small connectors designed for temporary connections. Each pin is made up of a plunger, barrel, and spring mechanism that presses the pin against a contact point....
1. Define Your Project’s Goal2. Choose the Right Microcontroller3. Set Up Your Development Environment4. Get Your Hands on the Hardware5. Write and Test Your Code6. Debug and Troubleshoot7. Document Your Progress8. Expand and Iterate9. Share Your Work Getting Started...
25 Creative LDR Projects to Explore on Your OwnLight Detection and Control ProjectsSecurity and Safety SystemsEntertainment and Display IdeasEnvironmental Monitoring and Green ProjectsLearning and Demonstration ProjectsOther Fun IdeasCore MCU Framework InformationHave...
Light-Sensing System with LDR, Potentiometer, and LED – Using the PIC16F15313The CircuitCircuit BreakdownNow for the CodeCode OverviewPractical Use CasesWhere to Go From HereCore MCU Framework InformationHave a Project or Idea!?Seeking Bespoke Technology...
Adjusting LED Brightness with PWM and a PotentiometerThe CircuitLet’s walk through each part of the circuit:Putting It All TogetherNow for the CodeBreaking Down the Code: Adjusting LED Brightness with PWM Using a PotentiometerCode OverviewThe Endless LoopSummary of...
Using a Potentiometer to Control an LED and Monitor Values with Serial FeedbackThe CircuitSetting Up the Circuit: Adding Serial Feedback to the MixPutting It All TogetherNow for the CodeBlinking LED with Serial FeedbackInside the Endless LoopWhat’s Happening...
Using a Potentiometer with a PIC Microcontroller To Change Flash Rate of LEDSetting Up the CircuitHow It All Fits TogetherAnd Now The CodeCode OverviewThe Endless LoopWhat’s Happening in the LoopCore MCU Framework InformationHave a Project or Idea!?Seeking Bespoke...
Using a Potentiometer with a PIC MicrocontrollerUnderstanding What a Potentiometer DoesWhy Use a Potentiometer?Setting Up the Circuit: Connecting the Potentiometer to a PICReading Analog Values: From Voltage to DataA World of PossibilitiesSeeking Bespoke Technology...
Why Choose a Microchip PIC Over an Arduino?Why Choose a PIC?But Isn’t a PIC Harder to Use?When Does It Make Sense to Move to a PIC?Choosing the Right Tool for the JobSeeking Bespoke Technology Solutions?jamie@jamiestarling.com Why Choose a Microchip PIC Over an...
How to Use an LDR (Light Dependent Resistor) in MCU ApplicationsWhat Is an LDR (Light Dependent Resistor)?How Does an LDR (Light Dependent Resistor) Work?Why Use an LDR (Light Dependent Resistor)?Where LDRs (Light Dependent Resistor) Are UsedCommon (Light Dependent...
My automation project is continually evolving, and I’m excited to share the latest advancements in my localized IoT setup. The image below shows the IoT Node Base, which includes a power regulator and is built around the ESP8266, specifically the Wemos D1 Mini. Here...
Building and Automating a Hydroponic System I’ve been growing various herbs, lettuces, and other food plants using hydroponics for some time now. It’s a fantastic method for producing fresh veggies year-round. Recently, I’ve taken my interest a step...
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...
