Журнал предназначен для разработчиков и производителей аппаратуры электронной и электротехнической промышленности, средств телекоммуникаций, компьютерных управляющих систем, промышленной, транспортной и бытовой электроники.

Компания «Сканти» запустила свой новый электронный и печатный проект - журнал «СКАНТИ НАВИГАТОР в мире электронных компонентов» предназначен для разработчиков электроники, в т.ч. встроенных систем управления.

Популярный чешский радиолюбительский журнал. В каждом номере описания практических конструкций для радиолюбителей различной тематики: аудиотехника, измерительные приборы, бытовая электроника и другое. На все конструкции предлагаются печатные платы. Отдельные разделы посвящены применению компьютеров и радиоспорту.

Журнал QST - Популярный журнал американских радиолюбителей. В нем приводятся радиолюбительские конструкции для повторения, а также новости электроники и радиотехники, теоретические данные и новинки из области радиоэлектронной техники.

QST magazine is the most widely read Amateur Radio publication in the country. Each month, ARRL members "read all about it" in QST. Since 1915, QST has delivered the latest news and practical information from the world of Amateur Radio. Rely on QST as your source for equipment reviews, clever technical tips, projects, timely happenings, and critical FCC news. All hams, regardless of license class or experience, will find it indispensable

Build sensor networks with Python and MicroPython using XBee radio modules, Raspberry Pi, and Arduino boards. This revised and updated edition will put all of these together to form a sensor network, and show you how to turn your Raspberry Pi into a MySQL database server to store your sensor data! You'll review the different types of sensors and sensor networks, along with new technology, including how to build a simple XBee network. You'll then walk through building an sensor nodes on the XBee, Raspberry Pi, and Arduino, and also learn how to collect data from multiple sensor nodes.

This book introduces a new approach to embedded development, grounded in modern, industry-standard javascript. Using the same language that powers web browsers and Node.js, the Moddable SDK empowers IoT developers to apply many of the same tools and techniques used to build sophisticated websites and mobile apps. The Moddable SDK enables you to unlock the full potential of inexpensive microcontrollers like the ESP32 and ESP8266. Coding for these microcontrollers in C or C++ with the ESP-IDF and Arduino SDKs works for building basic products but doesn't scale to handle the increasingly complex IoT products that customers expect. The Moddable SDK adds the lightweight XS javascript engine to those traditional environments, accelerating development with javascript while keeping the performance benefits of a native SDK.

Good times are waiting ... we’re facing the challenge. Now’s the time to head to our workshops - doing fun things. Like starting a Wind Wizard project. The Wind Wizard is a highly efficient electric power generator that produces electricity directly from the energy of the wind. Since wind is an inexhaustible and free source of energy, the Wind Wizard produces totally (100%) FREE electricity - and lots of it!

Offline Study with the (Learn Cell Phone Repairing book) is focused and faster, covering the most important learning topics about the cell phone repairing over a specific period of days. This Cell Phone Repairing full-color book has been constructed to help individuals and mobile technicians to understand the key concepts of mobile phone and smartphone repair, or help those new to the topic learn a new skill. The book gives you the secret repair knowledge the knowledge that mobile phones repair experts know! The book has easy-to-use flowcharts, handy "symptom tables," and clear pictures. This book provides you the information needed to become Cell Phone Repairing technician on your own. After studying with this book you will be able to fix all types of faults of the mobile phone and Smartphones from basic to intermediate.

Рассмотрены различные схемы включения счeтчиков электрической энергии, применяемых на энергообъектах. Показаны примеры негативных последствий от неправильного подключения счeтчиков. Приведены результаты экспериментального определения погрешностей счeтчиков и трансформаторов тока. Даны практические рекомендации по проверке схем подключения счeтчиков, по порядку их замены и др.