sensor

15V TO 60V – THREE PHASE BRUSHLESS DC MOTOR PRE DRIVER

15V TO 60V – THREE-PHASE BRUSHLESS DC MOTOR PRE-DRIVER

The project presented here is a three-phase BLDC motor pre-driver. The project consists of 3x half-bridge IR2101 driver IC and 6 channel high current N-MOSFETS. The project can be configured as 3 independent half-bridges H-bridge for a brushed DC motor, or a single high current brushless motor driver. The rotor position can be detected using 3 hall sensors assembled in the motor. Hall-effect

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BRING YOUR CREATIONS TO LIFE WITH LUMICUBE — AN ULTIMATE LED CUBE KIT FOR THE RASPBERRY PI

BRING YOUR CREATIONS TO LIFE WITH LUMICUBE — AN ULTIMATE LED CUBE KIT FOR THE RASPBERRY PI

A two-man team has created an ultimate LED cube kit for the Raspberry Pi, one that helps to bring your ideas and creativity to life. We created the LumiCube to bring the joy of tinkering with technology to as wide an audience as possible. Perhaps you remember the fun and excitement of sitting in front of

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Evolution of different technologies in agricultural sector

Visualizing Precision Agriculture: Raspberry Pi as Key Sensor Nodes

ABSTRACT With the continuous advancement of Internet of Things (IoT) technology, wireless sensor network applications in agriculture are becoming increasingly popular. These networks are primarily utilized to monitor crucial agricultural parameters like temperature, humidity, soil moisture levels, nitrite content, and groundwater quality. The collected data is transmitted to a remote station for analysis, facilitating the

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Block Diagram of Autonomous Cars

Navigating the Future: Autonomous Cars Powered by Raspberry Pi

Abstract: An online comprehensive solution is being developed for managing internet banking. Autonomous cars represent the future of smart transportation, envisioned as efficient vehicles capable of avoiding crashes, ideally suited for urban environments. The objective of the project is to create a car that can operate independently with any driver; it simply requires a command

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NEW HUMIDITY SENSORS BASED ON MEMS TECHNOLOGY OFFER FAST RESPONSE TIME AND HIGH ACCURACY SENSITIVITY IN A SMALL FOOTPRINT

NEW HUMIDITY SENSORS BASED ON MEMS TECHNOLOGY OFFER FAST RESPONSE TIME AND HIGH ACCURACY/SENSITIVITY IN A SMALL FOOTPRINT

Bourns has upgraded its line of humidity sensors with the new Model BPS240 series that meets advanced sensor needs with fast response time, high accuracy/sensitivity in a small footprint. Based on Microelectromechanical Systems (MEMS) technology, the new devices in the series offers upgraded features compared to BPS230 humidity sensors released previously by the company. The Model BPS240 series humidity

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Design

Automated Object Counting with Raspberry Pi and Infrared Sensors

Introduction The upcoming guide will demonstrate how to utilize the Raspberry Pi as an object counter utilizing an Infrared (IR) sensor. IR sensors, renowned for their ability to detect object proximity, will be harnessed for tallying objects traversing our miniature conveyor system. In developing our Python Flask application, we’ll employ the WebSockets protocol, facilitating real-time

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WURTH ELEKTRONIK INTRODUCES ITS WSEN HIDS HUMIDITY SENSOR

WÜRTH ELEKTRONIK INTRODUCES ITS WSEN-HIDS HUMIDITY SENSOR

Würth Elektronik has developed a micro-electro-mechanical system (MEMS) sensor only 2 × 2 × 0.9 mm in size. Thanks to its low energy requirement and its calibrated and temperature-compensated digital output, the sensor measures humidity and temperature with long-term stability. The WSEN-HIDS humidity sensor is based on advanced MEMS technology: A dielectric polymer absorbs or releases water molecules in

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