Buck Circuit PCB Layout Guide

Buck Circuit PCB Layout Guide

In a DC-DC power circuit, the layout of the PCB is crucial for the implementation of circuit functionality and achieving good performance metrics. Today, we will take the Buck circuit as an example to analyze how to perform a reasonable PCB layout and the considerations in the design. ↓ Click to watch the video explanation … Read more

Guide to Improving PCB Layout Efficiency in Altium Designer: Common Commands and Shortcuts

Guide to Improving PCB Layout Efficiency in Altium Designer: Common Commands and Shortcuts

In the PCB design process, layout is a key factor that determines circuit performance, manufacturability, and aesthetics. Mastering the layout operation commands and shortcuts in Altium Designer can significantly enhance work efficiency, allowing you to handle complex circuit boards with ease. 🛠️ 1. Basic Component Operations This is the most frequent operation in layout, and … Read more

Practical Guide | PCB Layout and Wiring to Effectively Solve Noise Issues

Practical Guide | PCB Layout and Wiring to Effectively Solve Noise Issues

Noise issues are four words that every circuit board designer will hear. To solve noise problems, it often takes hours of laboratory testing to identify the culprit, only to find that the noise is caused by improper layout of the switching power supply. Addressing such issues may require designing a new layout, leading to product … Read more

PCB Layout Routing: Similarities with Life

PCB Layout Routing: Similarities with Life

1. Layout should come before routing; no matter how detailed the routing is, if the layout fails, it is all in vain. Life is similar; one must have ideals and long-term plans. 2. If one only seeks comfort in early routing, later detours will lead to dead ends. Life is the same: endure hardships for … Read more

Hardware Design Guide for Chip Series 433M from Xinling Technology

Hardware Design Guide for Chip Series 433M from Xinling Technology

1. Considerations for 433M RF Hardware Design 1. Place matching circuit components close to each other and near the chip; if the matching circuit is too far away, it may lose its matching effect. 2. For a two-layer board, it is recommended that the line width of the matching circuit be 0.5mm, and the copper … Read more

Firefly-RK3399 Hardware Learning Notes (001) Introduction

Firefly-RK3399 Hardware Learning Notes (001) Introduction

2017.11.15 Wednesday Overcast in Shenzhen Introduction: Clueless, I began learning about hardware circuit design for smartphones and tablets… After entering the robotics industry, I slowly started to get in touch with platforms such as: Android development platform (Youjian based on Samsung Exynos6818 development board), TK1 development platform, Firefly-RK3399 platform, iFLYTEK voice development kit, etc. Names … Read more

Classic Rockchip RK3399 Hardware Design Guide

Classic Rockchip RK3399 Hardware Design Guide

To download, please follow our public account and reply with the keyword: RK3399☆ END ☆ Highlights MLCC capacitors, aluminum electrolytic capacitors, inductors, and magnetic beads impedance curves Does your test power supply have issues? The effect of output capacitor’s ESR on DC-DC Experience in tuning loop compensation for DC-DC circuits LMR50410-Q1 EN pin voltage startup … Read more

PCB Layout and Wiring Requirements for MIPI D/C PHY

PCB Layout and Wiring Requirements for MIPI D/C PHY

MIPI (Mobile Industry Processor Interface) is a standard defined for mobile devices such as smartphones, tablets, laptops, and hybrid devices. Its commonly used physical (PHY) layers are MIPI D-PHY and C-PHY. MIPI D-PHY: It is more commonly used for cameras and displays in smartphones due to its flexibility, high speed, low power consumption, and low … Read more

Avoiding Pitfalls in High-Speed PCB Design: 7 Key Aspects (Layer Stacking / Layout / Impedance Control Explained)

Avoiding Pitfalls in High-Speed PCB Design: 7 Key Aspects (Layer Stacking / Layout / Impedance Control Explained)

The biggest challenge in high-speed design is to minimize crosstalk, ensuring good signal integrity during transmission while also reducing the impact of noise on the PCB. Since single-ended signals and Low Voltage Differential Signaling (LVDS) are typical types of high-speed interface signals, it is essential to ensure the transmission of these two types of signals.In … Read more

C-011: PCB Layout and Wiring Guide for SPI Interface

C-011: PCB Layout and Wiring Guide for SPI Interface

This is a professional guide for PCB layout and wiring for the SPI interface, focusing on core challenges such as high-speed clock synchronization, signal group timing matching, and anti-crosstalk: 1. SPI Interface Characteristics and Design Challenges Characteristics Design Impact Full-Duplex Communication MOSI/MISO must be routed independently to avoid coupling interference Synchronous Clock The SCK signal … Read more