Chip vs. Semiconductor vs. Microprocessor vs. Integrated Circuit

Leave a Comment / Electronics Fundamentals, Integrated Circuits & Components / Aidan Taylor

Semiconductors, microchips, microprocessor and integrated circuits are essential components in modern electronics. While these terms are often used interchangeably, they have distinct differences. In this article, we will explore the definitions, functions, and differences between them. What is a Semiconductor? A semiconductor is a material that exhibits electrical conductivity between that of a conductor and […]

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Minebea-intec Maxxis 4 Programmable weighing Indicator

Programmable Weighing Indicator: A Comprehensive Introduction

Leave a Comment / IC Programming & Developing Tutorial / Aidan Taylor

Are you finding the programmable weighing indicators? Here you can learn useful knowledges of them such as the different programmable weighing indicators, how to set up them, the common features benefits, applications and troubleshooting. Our company has been focused on the development of electronic products for a long time. So if you have any demand

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A stylized, abstract visualization of PCB assembly cost calculation, showing a bar graph, pie charts, and interconnected circuit board traces.

How to Calculate PCB Assembly Cost?

PCB Assembly & Soldering Techniques / Aidan Taylor

Estimate PCB assembly costs: components, complexity, and manufacturing factors. Tips to reduce costs without compromising quality.

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A cover image comparing COB and SMD LEDs with text overlays

COB vs. SMD: The Ultimate LED Comparison

Leave a Comment / Transistors & Semiconductor Devices / Aidan Taylor

An interactive guide to understanding the two dominant LED technologies. Discover the core differences in performance and design to choose the perfect lighting for your needs. COB vs. SMD LEDs The most immediate way to tell COB and SMD LEDs apart is by the appearance of their light. Hover over the strips below to see

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Solder Pad Basics: Design & Soldering Tips

Leave a Comment / Electronics Fundamentals, PCB Assembly & Soldering Techniques / Aidan Taylor

Learn solder pad design: size, shape, and thermal relief. Tips to avoid bridging, pad lifting, and improve joint strength. Essential for PCB assembly. Guide here!

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TouchGFX Development Tutorial

Leave a Comment / PCB Software & Tools / Aidan Taylor

In the last article, we introduced how to install the TouchGFX software. Here, we introduce how to use STM32CubeMX to transplant TouchGFX to the STM32 development board F429IGT6 and drive the RGB screen. How to Transplant TouchGFX Project Using STM32CubeMX？ In this tutorial, our goal is to port the TouchGFX project to the STM32 development

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The Ultimate Guide to PCB Vias

Leave a Comment / PCB Components & Materials, PCB Design & Manufacturing / Aidan Taylor

Learn via types: through-hole, blind, buried, and vias-in-pad. Tips for spacing, drilling, and reliability in multi-layer PCBs. Essential for advanced layouts. Guide inside!

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A stylized cover image for a technical guide, featuring a rendered MCP2515 integrated circuit chip on a circuit board with glowing data lines.

MCP2515 Technical Guide

Leave a Comment / Reverse Engineering Projects, Case Studies, Microcontrollers & Embedded Systems / Aidan Taylor

MCP2515 ☰ Overview Quick Start Pro Dev Apps & Troubleshooting What is MCP2515? MCP2515 is a standalone Controller Area Network (CAN) protocol controller developed by Microchip. It fully implements the CAN 2.0B specification, providing a reliable, flexible, and cost-effective CAN bus communication solution for embedded systems via a high-speed SPI interface. MCP2515 Core Technical Specifications

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STM32H753 Microcontroller

Leave a Comment / IC Decryption & Unlocking, Case Studies / Aidan Taylor

STM32H753 Core Tech Diagrams Features Applications Ecosystem FAQ Exploring the STM32H753 A powerful engine for the embedded world. A microcontroller that combines high performance, rich peripherals, and superior power efficiency. 480MHz Cortex-M7 Core 1027DMIPS Exceptional Performance 1MB SRAM Memory 35+ Communication Interfaces Powerful Core, Outstanding Performance This section delves into the core technical specifications of

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A detailed 3D cross-section diagram comparing Tenting, mSAP, and SAP fabrication processes on an IC substrate, featuring micro-vias and high-density interconnects in a futuristic laboratory setting

Comparing Tenting, mSAP, and SAP Process in PCB Substrate Fabrication

Leave a Comment / PCB Design & Manufacturing / Aidan Taylor

A technical comparison of Tenting, mSAP, and SAP processes in high-end PCB substrate fabrication. Explore how these methods solve side-etching issues and enable sub-10μm line precision for AI and 5G chips.

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PCB Reverse Engineering

PCB Forward Engineering

Design & Assembly

Test & Troubleshooting

Trace Width Calc

Aidan Taylor