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Configurable Logic Block Projects

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The PIC & Lay Motel

The PIC & Lay Motel

This is a model of a seedy chicken motel controlled by a PIC16F13145. Your laydies will bask in the lap of luxury as the PIC meets their every need and desire. Red lights, automated doors, no judgment.

July 22, 2025 by dusti copier

BISS-C Interface for PIC16F13145

BISS-C Interface for PIC16F13145

The idea of this project is to use the CLBs from PIC16F13145 to do a partial decode of a BISS-C device (a rotational encoder, in my test) and forward only the relevant bits to SPI. I´m a CCS compiler user and CLBs are very new peripherals so i´ll take some time to get used to MPLAB-X .

July 22, 2025 by Daniel Fernandes

CLIMATECH SAHEL 

CLIMATECH SAHEL 

CLIMATECH SAHEL: Solar-powered autonomous system using Configurable Logic Block (CLB) to monitor soil moisture/temperature in the Sahel. Hardware processing (no CPU) → 90% energy savings. Bluetooth transmission to mobile app. Deployed in Chad to enhance farmers' climate resilience.

July 21, 2025 by ALHADJ ALI ABDELKERIM Medideur

DC Stepper Motor Control using CLB in PIC16F13145

DC Stepper Motor Control using CLB in PIC16F13145

In this project, we use the PIC16F13145 microcontroller as the central component, leveraging its Configurable Logic Block (CLB) to control a stepper motor in a logical and efficient manner. The CLB has three main inputs: a clock (CLK) signal, which is externally generated using another pin from the microcontroller and regulated via a potentiometer.

July 21, 2025 by Jonathan Eivar

2 MHz 4‑Bit PWM with Configurable Logic Block

2 MHz 4‑Bit PWM with Configurable Logic Block

This project uses the PIC16F13145’s onboard Configurable Logic Block (CLB) to generate a 2 MHz pulse width modulation (PWM) waveform with 4 bit duty cycle resolution (16 levels)—entirely in hardware, with zero CPU intervention once configured. The result is a high-speed, low-jitter PWM source ideal for applications ranging from LED drivers to high-

July 19, 2025 by muhammad adli rizqulloh

Wireless on a budget

Wireless on a budget

Using the deterministic, repeatable, and fast nature of the configurable logic blocks we are able to transmit data wirelessly using the PIC16F13145 as a digital radio. We use harmonics and On-Off keying modulation to encode data into a 96mhz carrier which is then received by an rtl-sdr and then decoded.

July 17, 2025 by Patricio Gonzalez Cabrera

ElectroSpark Vitalis: A Portable, Rugged Medical Diagnostic System for Crisis and Remote Environments

ElectroSpark Vitalis: A Portable, Rugged Medical Diagnostic System for Crisis and Remote Environments

In the world’s most unforgiving environments — war zones, natural disaster sites, and remote locations — access to reliable medical diagnostics is often the difference between life and death. ElectroSpark Vitalis is a revolutionary multi-sensor vital signs monitoring system designed specifically for these resource-limited settings.

July 15, 2025 by Shihan Tahmid

The Ultimate hardware password manager: True Random Number Generator

The Ultimate hardware password manager: True Random Number Generator

Standalone hardware password manager on PIC16F13145 Cnano uses ring‑oscillator TRNG for entropy, encrypts passwords on‑device, stores ciphertext in external EEPROM, and streams it via UART to a PC script for seamless autofill. No clock‑based or software attack surface, portable and secure. Ideal for crypto wallets, banking logins, and credentials.

July 15, 2025 by Mubeen Ahmad Fayyaz

X-Logic

X-Logic

X-Logic consists of a pair of didactic and versatile tools: Digital Logic Circuit, a device that replaces up to eight logic integrated circuits with a single programmable unit, and Logic Tester, a tool designed to visualize the logic state of a circuit at any given point. A compact affordable solution for learning digital electronics.

July 15, 2025 by Jesus Cortes

Sonic Sentinel Gunshot Detector

Sonic Sentinel Gunshot Detector

Every year in the U.S., active shooter incidents tragically cause hundreds of casualties, often because alerts reach responders too late. To solve this, I propose SonicSentinel, an ultra-low-cost, battery-powered acoustic detection node built around the PIC16F13145 Curiosity Nano.

July 15, 2025 by Tatenda Joseph

Secure PWM-Based Peltier Cell Controller for Mushroom Cultivation Cabinets

Secure PWM-Based Peltier Cell Controller for Mushroom Cultivation Cabinets

This project involves designing a control and monitoring system for temperature regulation in a closed cabinet using Peltier cells. The core implementation leverages the PIC16F13145 microcontroller with Configurable Logic Blocks (CLB) to drive a PWM-based control system.

July 14, 2025 by Rodrigo Hernandez

Fast Hardware Watchdog for Intelligent Relay Supervision with PIC16F13145’s CLB Technology

Fast Hardware Watchdog for Intelligent Relay Supervision with PIC16F13145’s CLB Technology

This project is a real-time logic watchdog designed to supervise the command and response of a simulated circuit breaker — a small system inspired by the needs of electrical substations. Instead of using traditional software logic, I built it using the Configurable Logic Block (CLB) inside the PIC16F13145 Curiosity Nano.

July 14, 2025 by Rodrigo Samuel Rojas Flores

CLB-Accelerated PPG Pre-processor for Low-Cost Heart Rate Monitoring

CLB-Accelerated PPG Pre-processor for Low-Cost Heart Rate Monitoring

This project aims to make basic health monitoring technology (heart rate, potentially basic HRV) more accessible by implementing key processing steps on a low-cost, low-power hardware platform, suitable for affordable wearable prototypes or community health tools.

July 14, 2025 by Eleftherios Batzolis

Heart Rate and Temperature Monitor on PIC16F13145 Curiosity Nano

Heart Rate and Temperature Monitor on PIC16F13145 Curiosity Nano

This project demonstrates the PIC16F13145 Curiosity Nano's Configurable Logic Block (CLB) capabilities through a real-time monitoring system. The design uses the CLB to offload threshold analysis from the MCU. Hardware-accelerated processing achieves fast response for vital sign monitoring while consuming only 84% of available CLB resources.

July 14, 2025 by Mateo Rojas Flores

Temperature Playground

Temperature Playground

...

July 14, 2025 by Claudio Freitas

No DAC? No Problem: Building a DAC in the CLB

No DAC? No Problem: Building a DAC in the CLB

By pushing the CLB to its limits, it's possible to build a sigma-delta DAC out of thin air, no external chips required.

July 14, 2025 by Mark Omo

UrbanFloodGuard-Responsive Smart Traffic Control System for Rural Areas

UrbanFloodGuard-Responsive Smart Traffic Control System for Rural Areas

Flooding in urban environments leads to traffic gridlocks, road damage, and safety hazards. UrbanFloodGuard is a compact, cost-effective, and intelligent flood monitoring system that combines capacitive water sensing and IoT connectivity to assess flood levels and report hazardous zones in real time.

July 13, 2025 by Olonade Kelvin

Ultra-Fast Programmable Fuse with a PIC16F13145 Configurable Logic Block

Ultra-Fast Programmable Fuse with a PIC16F13145 Configurable Logic Block

Ultra-fast, resettable smart fuse driven by Microchip’s new PIC16F13145. On-chip comparators, ADC & Configurable Logic Block cut trip latency to 31 ns and total shutdown to ≈200 ns

July 13, 2025 by Nevius

Low-Cost Stepper Motor Controller Using the PIC16F13145 CLB

Low-Cost Stepper Motor Controller Using the PIC16F13145 CLB

This project presents a hardware-based stepper motor controller using the Configurable Logic Block (CLB) in the PIC16F13145 microcontroller. Inspired by the L297 IC, it eliminates external stepper driver logic by generating step sequences directly in the CLB.

July 13, 2025 by Giuliano Vitor

Resource Effective WS2812B RGB LED Driver using CLB

Resource Effective WS2812B RGB LED Driver using CLB

This project describes my journey when turning a Microchip Configurable Logic Block (CLB) into a driver to generate a signal suitable for serial addressable RGB LEDs containing WS2812B or a compatible chip. Created driver is fully autonomous and does not consume any other peripherals except the clock and interrupt for feeding data to transfer.

July 12, 2025 by Michal Zurek