STMicroelectronics’ TSZ181H1 and dual TSZ182H1 automotive-qualified operational amplifiers (op amps) deliver high accuracy and stability over a wide (-40° to 175° C) temperature range. The high maximum operating temperature encourages use in harsh environments and in applications with long mission profiles. The op amps have very low input offset voltage, typically 3.5µV at 25° Cm, and input bias…
Toys have come a long way from basic dolls and wooden blocks. In today’s tech-savvy world, electronic toys have become integral to childhood play. This includes interactive tablets, electronic games, and robotic devices. Several toys incorporate sophisticated technologies to engage, educate, and entertain kids. One of the features of many modern toys is audio. From…
Selecting components is one of the most essential and critical processes when designing any electronic system. Poor component selection can lead to many problems within the design, PCB layout, power budget, etc. In this article, we will discuss how to select a component for a low-power-optimized design. Resistor The power dissipated by a resistor is…
Star Wars melody from "How to play musical notes and melody tunes on Arduino."
SMART SECURITY SYSTEM USING RPI
Automatic Wash Basin Tap Controller
Solar
Ping Pong GameAmphenol Commercial Ve-NET™ Auto Multi-Gigabit Connector System can transmit from 1000Mb/s to 10Gb/s according to 1000BASE-T1, 10GBASE-T1, and 50GBASE-CR. This connector system uses a shielded twisted pair/shielded parallel pair cable to transmit data, and the whole system is developed according to USCAR-2, LV214, and Ethernet specifications. The Ve-NET connector system makes an audible click when mated,…
An electronic speed controller (ESC) is a device that controls the speed of an electric motor. ESCs are typically used in remote-controlled vehicles or aircraft, electric scooters, robotics, and drones. In a drone, the flight controller sends signals to the ESC, telling it which direction and speed the motor must rotate. The ESC uses these signals…
There are numerous motivations to assemble your own Arduino circuit on a breadboard or PCB. It consumes less space in the breadboard, cheaper than Arduino boards or perhaps you won’t be utilizing a shield, yet despite everything you need an Arduino as the heart of your Project.The following steps will outline how to assemble the circuit on a breadboard.
In this project, we will learn to create an automatic water pump system circuit that switches ON and OFF based on the water level in the tank. Basic idea The given project demonstrates a simple circuit built using digital logic gates, IC NE555, transistors, and a few additional components that sense the water level in…
