This article explores why through-hole PCB assembly remains essential for high-reliability applications, comparing it with SMT, analyzing industry challenges, and highlighting key applications in aerospace, automotive, industrial, and power electronics.

This guide explores capacitor polarity in PCB assembly, covering identification, best practices, sourcing challenges, and common mistakes. Learn how correct capacitor orientation improves circuit reliability and prevents costly failures in electronics manufacturing.

ptimized PCB hole design improves electrical connections, thermal management, and mechanical stability—crucial for high-volume IoT manufacturing. Learn how plated through-holes, vias, and mounting holes enhance reliability, reduce defects, and streamline production for scalable, high-performance PCB assembly.

Explore the key components of PCB assemblies for IoT devices like Shelly’s smart thermostatic radiator valve. Learn how quality PCB design impacts performance, connectivity, and scalability, while choosing the right assembly partner ensures success.

Learn about capacitor symbols in PCB design for IoT products. Discover the different types of capacitors, their functions, and how to choose the right ones for performance and reliability in high-volume manufacturing. Read now!

Learn the safe and effective methods for discharging capacitors using a multimeter, essential for IoT device assembly. This guide covers practical techniques, safety tips, and tools for working with capacitors in high-volume PCB production.

This article provides a comprehensive guide to understanding capacitor symbols, their meanings, types, and importance in PCB design and assembly, helping engineers and decision-makers ensure accurate, reliable, and efficient circuit designs.

Explore the essential role of GND (Ground) in electronic circuits, including its functions, types, connection points, and significance in PCBs and devices like Arduino. Learn how GND ensures stability, safety, and proper circuit operation.

Explore the intricacies of USB pinouts, including key connector types (Type-A, Type-B, USB-C), data transmission methods, and troubleshooting tips. Understand the function of pins, speeds, and how USB technology powers modern devices and connections.

This article compares Lithium-ion (Li-ion) and Nickel-Metal Hydride (NiMH) batteries, analyzing key factors like energy density, cycle life, cost, and applications. It helps you choose the right battery for your needs, balancing performance and value.

Explore the key differences between AC and DC currents, their applications, advantages, and how to choose the right type for your electronics or PCB design.

Learn the essentials of DC voltage and how it applies to circuit board design and electronics in high-power systems like solar energy and motor control systems. Discover how to select components for optimal performance.

Discover the essential components of a PCB, including resistors, capacitors, transistors, and ICs. Learn how to identify and use these parts for designing and repairing circuit boards.

Learn PCB repair techniques and troubleshooting in this detailed guide. Discover common problems, essential tools, and expert solutions for both beginners and professionals.

This article explains how to decode SMD size codes, compare imperial and metric measurements, and select the right component size for PCB designs. It covers common sizes, their applications, and the impact on power handling.

This guide explains the role of capacitors on circuit boards, covering their types, functions, selection criteria, and troubleshooting techniques. It provides practical insights for engineers, designers, and hobbyists to optimize circuit performance and repair faulty components

This article provides a comprehensive introduction to PCB components, explaining their types, functions, and importance in circuit design. It covers passive and active components, testing methods, and practical examples to aid in PCB design understanding.

Learn all about transistor pinouts, including types like NPN, PNP, MOSFET, and more. Discover practical applications, troubleshooting tips, and pinout diagrams to master your circuits.

Learn what .PRO files are, their uses in electronics, software, and prototyping, and how to open them. This guide covers common software, troubleshooting tips, and best practices for managing .PRO files effectively.

This article talks about the big differences between passive and active parts in electronics. It tells you what they do in circuits, how much power they need, how they make signals bigger, and how they manage energy. It also gives you some examples to help you make good choices when you buy parts or design stuff.

This article talks about 10 parts you use a lot on circuit boards, like resistors, capacitors, diodes, transistors, and ICs. It tells you what they do and why they’re important when you design PCBs, so you can make stuff that works good and doesn’t break.

Polarized capacitors are essential in electronics, but incorrect installation can lead to circuit failure, physical damage, or explosions. Recognizing polarity issues early is crucial for troubleshooting and maintaining performance.

Correct HS code classification is crucial for smooth PCBA international trade, avoiding delays, fines, and excess tariffs. Use tools and expert advice for compliance.

Correct capacitor polarity is crucial for safe circuit design. Misplacing polarized capacitors can cause overheating, damage, or circuit failure. Always verify polarity.

Accurate HS code classification for PCBA prevents customs delays, fines, and incorrect tariffs. Use official tools, BOM reviews, and expert advice to ensure proper classification.

PCB components are labeled with standardized codes like R for resistors and C for capacitors. Understanding these codes, along with industry standards like IPC-7351, helps professionals design, assemble, and troubleshoot PCBs efficiently.

This guide explains how to open and view Gerber files, essential for PCB manufacturing. It covers various Gerber viewers, converting files to PDF, and the importance of stencil information for accurate soldering in PCB design.

Fiducials are critical markers on PCBs that guide automated machines for accurate component placement, enhancing precision, reducing errors, and improving efficiency in high-density assemblies. Proper implementation ensures reliable PCB production.