What is the minimum component clearance for IPC?
Why is PCB component clearance Important? Proper component clearance on a PCB is essential for several reasons: Manufacturing feasibility: Sufficient clearance between components allows for[…]
Etching Solution For PCB: Wet vs. Dry Etching for Circuit Board Traces
What is PCB Etching? PCB etching is the process of removing unwanted copper from a PCB substrate to create the desired circuit pattern. The copper[…]
High-speed PCB Design – 4 Things That are Very Helpful to You
Introduction to High-speed PCB Design High-speed PCB design is a crucial aspect of modern electronics, especially in the fields of telecommunications, computing, and networking. As[…]
PCB Etching-How to Achieve The Perfect PCB Etching
Introduction to PCB Etching Printed Circuit Board (PCB) etching is a crucial process in the manufacturing of electronic circuits. It involves the removal of unwanted[…]
PCB layout guidelines to optimize power supply performance
Why is Power Supply Optimization Important? Before diving into the specific guidelines, it’s essential to understand why power supply optimization is crucial. A well-designed power[…]
MOC3021 Datasheet: Configuration and Uses
Key Features and Benefits The MOC3021 offers several key features and benefits: High isolation voltage (7500 VRMS) Low input current (5 mA) High current transfer[…]
DRC Settings and Guidelines for CAD Packages
Introduction to DRC in CAD Design Design Rule Checking (DRC) is a critical step in the computer-aided design (CAD) process for printed circuit boards (PCBs)[…]
PCB Edge Plating: Metalizing Circuit Board Edges via Electroless Copper Plating
What is PCB Edge Plating? PCB edge plating is a process of depositing a layer of metal, typically copper, on the edges of printed circuit[…]
BMP280 vs. BME280: What Are Their Differences?
What is the BMP280 Sensor? The BMP280 is a digital barometric pressure and temperature sensor developed by Bosch Sensortec. It is designed to be highly[…]