Cemetech's hardware and software projects, including web applications, books, and DIY hardware modifications.
Cemetech encompasses a diverse range of projects within the realms of hardware and software. The initiative includes the development of web applications designed to enhance user interaction and accessibility to various tools and resources. Additionally, it offers educational materials in the form of books, which provide insights into programming and electronics, catering to both novice and experienced enthusiasts.
The DIY hardware modifications aspect focuses on empowering individuals to create and customize their electronic devices. This includes detailed guides and schematics that facilitate the understanding of circuit design, component selection, and integration processes. Users are encouraged to explore innovative solutions and contribute to the community by sharing their own projects and modifications.
Overall, Cemetech serves as a platform for collaboration and knowledge sharing, promoting the advancement of technology through community engagement and hands-on learning.Cemetech`s hardware and software projects, from web apps to books to DIY hardware and mods.. 🔗 External reference
The current Milwaukee Guitar design utilizes an off-board computer (a desktop PC) to control the servomotors. A standard USB number pad is connected to the computer, which provides output signals through a Velleman K8055 USB experiment interface board to...
The remaining equipment is installed at the train layout's computer interface. The interface used is a Lenz LI100F configured to communicate at 9600 bps. Both the LI100F and the XBee Explorer Serial are set up as DCE (Data Communications...
This automotive battery charger project is designed to charge 12V electrolyte lead-acid batteries.
The automotive battery charger circuit is engineered to efficiently charge 12V lead-acid batteries, which are commonly used in vehicles. The design typically incorporates several key components, including...
A simple 5-volt switching power supply electronic circuit project can be designed using the FAN302HL, a highly integrated PWM controller integrated circuit. This IC provides several features that enhance the performance of general flyback converters. The constant-current control of...
This project involves the DiSEqC-Tester, which is designed to test DiSEqC switches utilizing protocols 1.0 and 1.1. The device is compatible with DiSEqC switches that follow protocols 2.0 and 2.1, as they maintain backward compatibility with the earlier versions....
This smoke detector electronic project is designed using the LM1801 and common electronic components. The smoke detector circuit diagram does not utilize ionization detection, gas sensors, or optocouplers; instead, it employs two photoresistors (LDRs) and an LED. The circuit...
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