VIVEK KUMAR

15NovNovember 15, 2025

Interfacing IR Sensor with Raspberry Pi Pico Using MicroPython – Complete Guide

Here is a complete, ready-to-publish WordPress blog article on using Raspberry Pi Pico with an IR Sensor using MicroPython. It includes headings, formatting, code blocks, images suggestions, and SEO-friendly content.Interfacing IR Sensor with Raspberry Pi Pico Using MicroPython Complete GuideInfrared (IR) sensors are among the simplest and most widely used electronic components for object detection, motion sensing, and line-following applications. When combined with the power of the Raspberry Pi Pico, the possibilities become endless—from smart automation systems to DIY...

Raspberry PICO0 CommentsLike: 1

19SepSeptember 19, 2025

Getting Started with the ESP32-C3 Super Mini

Getting Started with the ESP32-C3 Super MiniThe ESP32-C3 Super Mini is one of the most compact yet powerful development boards in the ESP32 family. Designed with affordability, low-power consumption, and Wi-Fi + Bluetooth Low Energy (BLE) support, this tiny board is an excellent choice for IoT projects, DIY electronics, and embedded systems.In this guide, we’ll walk you through what the ESP32-C3 Super Mini is, its features, how to set it up, and a simple “Hello World” project to get you...

IoT0 CommentsLike: 0

10SepSeptember 10, 2024

ESP32 with ultrasonic Sensor

ESP32 and NewPing library for ultrasonic distance measurements. Here's a comprehensive guide incorporating the best aspects of previous responses and addressing potential issues:Hardware Setup:ESP32: Connect the ESP32's GPIO pins (e.g., TRIGGER and ECHO) to the corresponding pins on your ultrasonic sensor. Ensure proper wiring and power supply.Ultrasonic Sensor: Follow the sensor's datasheet for specific connection instructions. Many sensors have a TRIGGER pin for sending pulses and an ECHO pin for receiving echoes.#include <NewPing.h>// Define sensor pins #define TRIGGER_PIN 33 #define ECHO_PIN 34//...

IoT0 CommentsLike: 0

06SepSeptember 6, 2024

ESP32 with TDS sensor and BLYNK

ESP32-Based Water Quality Monitoring System Using TDS Sensor and BLYNKIntroductionWater quality is a crucial aspect of our daily lives, impacting our health, agriculture, and environment. Monitoring the Total Dissolved Solids (TDS) levels in water is essential for assessing its purity and suitability for various purposes. In this blog post, we'll explore how to create a cost-effective and efficient water quality monitoring system using an ESP32 microcontroller, a TDS sensor, and the BLYNK IoT platform.Understanding TDSTotal Dissolved Solids (TDS) refer to...

ESP32tds0 CommentsLike: 0

05SepSeptember 5, 2024

ESP32 with DHT11 and BLYNK Dashboard

ESP32 and DHT11 with BLYNKESP32 and DHT11 with BLYNK: A Step-by-Step GuideHardware Setup:ESP32 Board: Obtain an ESP32 development board (e.g., ESP32-WROOM-32).DHT11 Sensor: Acquire a DHT11 temperature and humidity sensor.Breadboard: Use a breadboard to connect the ESP32 and DHT11.Resistors: Prepare 4.7kΩ resistors for the DHT11's data and VCC pins.Jumpers: Use male-to-female jumpers to connect the components on the breadboard.Wiring Diagram:ESP32 Pins | DHT11 Pins ------------|----------- 3.3V | VCC GND ...

ESP32, IoT0 CommentsLike: 0