Explore the core principles of electronics, from digital circuits and electrical testing to key components like microcontrollers and semiconductors. This category covers important topics such as PCB design, soldering techniques, and the basics of computer architectures like RISC and CISC. Learn about signal processing, electromagnetic compatibility (EMC), and practical guides for working with components like capacitors and amplifiers.
PCB designers need to understand PCB trace basics to create high-performance printed circuit boards. From basic definitions to the types of traces, this article covers all the fundamentals you need. Working with printed circuit board (PCB) design software can be
Your interactive reference for test methods on materials for printed boards and electronic assemblies. Part Navigator: Scope & Focus Click any part below to view its specific focus within the standard. This helps define which test methods are relevant to
Cyclic Redundancy Check (CRC) is the backbone of data integrity, used everywhere from Ethernet networks to ZIP files. This guide demystifies CRC: how it works through polynomial division, its most common standards (CRC-8, CRC-16, CRC-32), and why it’s critical for detecting errors in transmission and storage.
In the world of electronics, the term “Zero PCB” often comes up, especially among hobbyists and professionals working on custom electronic projects. But what exactly is Zero PCB technology, and how does it play a role in electronics today? In
When it comes to electronics, “smaller is better” is a common phrase that engineers often find themselves repeating. Engineers have been able to implement smaller components, through the use of high-frequency PCB, which allow for smaller devices. What is High
LVDS basics: differential signaling, data rates, and noise immunity. Learn to route LVDS traces in high-speed PCBs. Applications in displays/networking. Guide inside!
Erasable PROM basics: programming, UV erasure, and use in legacy systems. Learn differences from EEPROM. Essential for retro hardware projects. Guide inside!
Solid-state relays (SSRs): operation, advantages over electromechanical relays, and use in high-speed switching. Learn to select for your circuit. Datasheet tips inside!
What is ODB++? ODB++ is an open, hierarchical data structure for printed circuit board (PCB) design data and is widely used in the electronics industry. It is a comprehensive format that includes all the information needed to manufacture a PCB,
New to QFN (Quad Flat No-Lead) packages? Learn pin layout, thermal pad design, and reflow soldering best practices. Avoid common issues like tombstoning and poor thermal conductivity. Step-by-step for compact PCB designs!
