Unlocking SPI: How Microcontrollers Speak at Speed

Unlocking SPI: How Microcontrollers Speak at Speed

staff staff
You’ve probably heard people throw around the term “SPI” when talking about microcontrollers and sensors — but what exactly is it? And why does it ...
Why Every IoT Project Needs to Know Low-Power Modes

Why Every IoT Project Needs to Know Low-Power Modes

staff staff
If you’re building anything that runs off batteries — wearables, remote sensors, or small gadgets — your microcontroller’s power draw is just as im...
Go Tiny, Measure Right: Building a Breadboard Voltmeter with the CH32V003J4M6

Go Tiny, Measure Right: Building a Breadboard Voltmeter with the CH32V003J4M6

staff staff
Ever built something so compact it feels more like magic than engineering? If not, you’ll want to check out “CH32V003J4M6 – Breadboard Voltmeter” f...
Bit-Banging I²C with the CH32V003F4P6 & Driving an OLED Display

Bit-Banging I²C with the CH32V003F4P6 & Driving an OLED Display

staff staff
Sometimes the best way to truly understand your microcontroller is to take away the comfort of built-in hardware and do things by hand. That’s exac...
Unlocking the Magic of I²C: From Philips Labs to Your DIY Projects

Unlocking the Magic of I²C: From Philips Labs to Your DIY Projects

Teofil Corad
Ready to embark on a microcontroller adventure? Before diving into the awesome CH32V003F4P6 tutorial on I²C communication, let’s take a quick journ...
Stop Polling, Start Interrupting: Learn to master CH32V003F4P6’s Interrupts

Stop Polling, Start Interrupting: Learn to master CH32V003F4P6’s Interrupts

Curious Scientist
In the world of microcontrollers, relying on polling—continuously checking a sensor or input—is like watching paint dry. Enter interrupts: the smar...
From Signals to Data: Exploring the CH32V003F4P6’s ADC Basics

From Signals to Data: Exploring the CH32V003F4P6’s ADC Basics

Curious Scientist
When working with microcontrollers, one of the first challenges you’ll encounter is bridging the gap between the analog world we live in and the di...
Timers, PWM, and a Tiny MCU That Packs a Punch - CH32V003F4P6

Timers, PWM, and a Tiny MCU That Packs a Punch - CH32V003F4P6

Curious Scientist
If you’ve been following along with Curious Scientist’s blog series on the CH32V003F4P6 microcontroller, you’ll know things started simple: togglin...
Zooming into UART with the  CH32V003F4P6

Zooming into UART with the CH32V003F4P6

Curious Scientist
When Curious Scientist launched their CH32V003F4P6 – USART basics tutorial, it felt like uncovering a secret superpower. It takes things further th...
Unlocking the CH32V003F4P6: Your New Favorite Microcontroller

Unlocking the CH32V003F4P6: Your New Favorite Microcontroller

Curious Scientist
Let’s be real—when you hear “RISC-V microcontroller,” your first instinct is probably to double-check that it's not a typo. But nope, it's real, an...
Reinvent Your Office Nameplate with E‑Ink & ESP32: A DIY Blend of Retro Tech and Modern Design

Reinvent Your Office Nameplate with E‑Ink & ESP32: A DIY Blend of Retro Tech and Modern Design

Curious Scientist
Forget sticky notes and printed signs—your office door deserves smarter tech. Curious Scientist's latest project blends ESP32 microcontrollers with...
Bluetooth Jamming: A Symphony of Signal Sabotage

Bluetooth Jamming: A Symphony of Signal Sabotage

Teofil Corad
Overview & Background Bluetooth — whether it’s the chatty Classic version or the energy-efficient BLE — operates in the ever-crowded 2.4 GHz I...

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