sensor

Below are examples of potential BMD projects

Biomedical Device

Introduction and Overview Biomedical engineering, a highly interdisciplinary field within STEM, offers opportunities for engineering and computer science students to engage in its endeavors. It involves the application of biology and engineering principles to create novel devices aimed at enhancing healthcare and medical options. Prominent examples of biomedical devices encompass artificial organs, prosthetics, wearables, and […]

Biomedical Device Continue Reading

STTS22H – LOW VOLTAGE ULTRA LOW POWER 0.5 °C ACCURACY I2C SMBUS 3.0 TEMPERATURE SENSOR

STTS22H – LOW-VOLTAGE, ULTRA-LOW-POWER, 0.5 °C ACCURACY I2C/SMBUS 3.0 TEMPERATURE SENSOR

The STTS22H is an ultra-low-power, high accuracy, digital temperature sensor offering high performance over the entire operating temperature range. The STTS22H is a band gap temperature sensor coupled with an A/D converter, signal processing logic and an I²C/SMBus 3.0 interface all in a single ASIC. This sensor is housed in a small 2 x 2

STTS22H – LOW-VOLTAGE, ULTRA-LOW-POWER, 0.5 °C ACCURACY I2C/SMBUS 3.0 TEMPERATURE SENSOR Continue Reading

Dual Axis Solar Tracker Arduino Project Using LDR Servo Motors

Dual Axis Solar Tracker Arduino Project Using LDR & Servo Motors

Greetings and welcome to The IoT Projects. In this tutorial, we will guide you through the process of creating a Dual Axis Solar Tracker Arduino Project using LDR (Light Dependent Resistor) and Servo Motors. We have organized the article into seven segments, providing a step-by-step approach to building this project. By utilizing light-sensitive sensors such

Dual Axis Solar Tracker Arduino Project Using LDR & Servo Motors Continue Reading

IR remote

First Solo Experience with Arduino and Choosing a Simple Circuit with IR Remote and Sensor

CHOOSING A DIRECTION For this assignment, I embarked on my inaugural solo experience with Arduino. After facing some challenges during the in-class tutorial, I felt apprehensive about dealing with the breadboard once more. Consequently, I made an early decision to work on a simpler circuit. While exploring the components of the Arduino kit, the IR

First Solo Experience with Arduino and Choosing a Simple Circuit with IR Remote and Sensor Continue Reading

Night Light

Arduino Project Challenge: Exploring Sensor Readings and Component Control

HW9 – Arduino The Task: In our Arduino project challenge, we were free to create anything of our liking, with the only requirement being that the circuit must either read a sensor or control an active component. During a class session, a practice example was demonstrated, involving a humidity sensor, LED, potentiometer, and LCD screen.

Arduino Project Challenge: Exploring Sensor Readings and Component Control Continue Reading

Ultrasonic sensor HC SR04 arduino project with code

Ultrasonic sensor HC-SR04 arduino project with code

Many times, when parking our cars in the garage, we accidentally scratch them against the walls or cause damage due to a lack of visibility regarding the remaining distance between the car and the wall. To address this issue, we can create a straightforward electronic project using Arduino and an ultrasonic sensor. This project aims

Ultrasonic sensor HC-SR04 arduino project with code Continue Reading

TTI NOW STOCKING AMPHENOLS FULL LINE OF CO2 AND INFRARED PARTICLE SENSORS

TTI NOW STOCKING AMPHENOL’S FULL LINE OF CO2 AND INFRARED PARTICLE SENSORS

TTI, Inc., a leading specialty distributor of electronic components, is now stocking Amphenol Advanced Sensor’s line of CO2 Sensors and Infrared Dust Particle Sensors. Amphenol’s Telaire CO2 module product line boasts over 30 patents related to the design and application of low-cost infrared gas sensing. With sensors specific to certain environments, Amphenol and TTI will be sure

TTI NOW STOCKING AMPHENOL’S FULL LINE OF CO2 AND INFRARED PARTICLE SENSORS Continue Reading

ARDUINO POWERED MISSILE SYSTEM USES ULTRASOUND TO AIM

ARDUINO-POWERED MISSILE SYSTEM USES ULTRASOUND TO AIM

In the real world, missile systems use advanced radars, infrared sensors, and other hardware to track and prosecute their targets. [Raspduino Uno] on YouTube has instead used ultrasound for targeting for an altogether simpler desktop fire control solution. This fun build uses a common off-the-shelf USB “missile launcher” that fires foam darts. To supply targeting data

ARDUINO-POWERED MISSILE SYSTEM USES ULTRASOUND TO AIM Continue Reading

Scroll to Top