Learn about communication standards in electronics: RS-232, USB, Ethernet and more.

What is solder and what are its types? Information about basic components, usage areas and solder paste.

Learn about the importance and wide application areas of frequency divider circuits used in digital circuits.

How to count/divide with MOD-16 Ripple counter and T-type flip-flop?

What is a ring counter? Rotation counting, use of flip-flops and internal feedback

Toggle logic of T-type flip-flop and complex functions of JK-type flip-flop.

Understand the differences between NOT, Buffer and Schmitt Trigger, which are the basic elements in digital logic circuits

Flip-flops are used as memory cells in digital electronics. They provide data storage and control with types such as D type, JK, T type and S-R

In the world of digital electronics, Boolean mathematics forms the basis of logical expressions and operations.

Frequency Modulation (FM) is a method used in communication. Voice or data signals are transmitted by changing the carrier wave frequency.

Amplitude Shift Keying (ASK) is a modulation technique used in communication systems. The amplitude of a carrier signal carrying digital data bits is varied according to the data bits.

In this article, learn how filters are an indispensable tool in the electronic world, with their ability to separate and clean signals by frequency.

Li-Fi technology is a wireless communication technology that can transmit data via light waves. Unlike Wi-Fi, it uses the visible light spectrum and transfers data from LED or other lighting sources with fast flashing signals.

Wearable Technologies and Sensors. In this article, learn about the use of wearable technologies and the various sensors and transducers that support them. Discover detailed information about sensors such as motion sensors, heart rate sensors, skin temperature and electrodermal activity sensors, GPS and location sensors, temperature sensors and touch sensors. Learn how wearables are used in health, fitness, safety and more

LoRa Technology is a communication technology that is used for long distance wireless communication and does not depend on the internet. LoRa can exchange data between devices by creating its own wireless network. Standing out with its low power consumption and long range features, LoRa is a frequently preferred technology in IoT applications, remote monitoring, sensor networks, smart cities and agricultural applications. LoRa uses unlicensed frequencies and provides direct communication between devices without internet dependency. LoRa modules can provide half-duplex communication and typically operate at frequencies of 433 MHz, 868 MHz, or 915 MHz.

A comprehensive article on the Arduino Mega 2560. The technical features, application areas and usage potential of Arduino Mega 2560 are emphasized. With its large input/output pin count, expanded memory capacity and powerful performance, Arduino Mega 2560 meets the needs of users in many projects from robotic projects to industrial automation, from 3D printers to data acquisition systems.

This article examines the use of the 74HC4067 chip and its capabilities to collect data from multiple sensors. The 74HC4067 is an analog multiplexer and demultiplexer chip used to route multiple analog signals on a single chip. The article explains the chip's technical features, operating principles and application areas, and highlights how multiple sensors facilitate the data collection process in electronic systems. Accurate capture, conversion and processing of analog data from sensors forms the basis for data-driven decision-making in industrial, scientific and medical applications. This article aims to present effective and precise data collection strategies in electronic systems by addressing methods of collecting data from multiple sensors using the 74HC4067 chip."

NFC details, usage areas, application example