PCB layout

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How to Quickly Create a Switch Mode Power Supply PCB Layout Design
ByGrace July 11, 2025July 11, 2025
Introduction Switch mode power supplies (SMPS) have become the backbone of modern electronic devices due to their high efficiency, compact size, and excellent power handling capabilities. However, designing an effective PCB layout for switch mode power supplies presents unique challenges that can make or break the performance of your power supply system. This comprehensive guide…
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Best PCB Layout Tips for Gate Driver ICs
ByGrace July 10, 2025July 10, 2025
Infineon’s 1ED44173/5/6 are new low-side gate driver ICs that integrate overcurrent protection (OCP), fault status output, and enable functions. This highly integrated driver is very friendly for PFC (digitally controlled power factor correction) applications using boost topology and ground reference. In PFC applications, shunts are used to sample the power switch current or DC bus…
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Routing strategy in PCB Layout
ByGrace July 7, 2025July 7, 2025
Layout is one of the most basic working skills of PCB design engineers. The quality of routing will directly affect the performance of the entire system. Most high-speed design theories must eventually be implemented and verified through Layout. It can be seen that routing is crucial in high-speed PCB design. The following will analyze the…
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What are the things to pay attention to in PCB layout?
ByGrace July 4, 2025July 4, 2025
Printed circuit board (PCB) layout may be considered an art form by circuit designers, and there is a lot of truth to that. Creating the most reliable, functional, and cost-effective circuits and finished PCBs can be a challenging task, especially with today’s demand for increasingly complex requirements for compact, lightweight, and even flexible circuit boards….
Read More What are the things to pay attention to in PCB layout?
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Very detailed BUCK circuit PCB layout suggestions
ByGrace July 4, 2025July 4, 2025
In the application design of DC-DC chips, whether the PCB layout is reasonable has a crucial impact on whether the chip can show its optimal performance. Unreasonable PCB layout will cause the chip performance to deteriorate, such as linearity reduction (including input linearity and output linearity), load capacity reduction, unstable operation, increased EMI radiation, increased…
Read More Very detailed BUCK circuit PCB layout suggestions
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How Impedance Is Used in PCB Layout Importance of Impedance vs. Resistance in PCB Layout
ByGrace July 3, 2025July 3, 2025
When designing a circuit board layout, it can be easy to identify a routine where certain parameters are given more importance than others. This is even more common when the parameters are interdependent or vary with each other. For example, resistance is actually or can be used to represent all other electrical parameters in a…
Read More How Impedance Is Used in PCB Layout Importance of Impedance vs. Resistance in PCB Layout
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10 Golden Rules of PCB Layout, Routing, and Design Manufacturing
ByGrace June 26, 2025June 25, 2025
Printed Circuit Board (PCB) design is a critical aspect of electronics engineering, influencing performance, reliability, and manufacturability. A well-designed PCB ensures signal integrity, reduces electromagnetic interference (EMI), and simplifies assembly. Below are 10 golden rules to follow for optimal PCB layout, routing, and manufacturing. 1. Plan the Schematic Before Layout A well-organized schematic is the…
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Characteristic Impedance in PCB Design
ByGrace June 26, 2025June 26, 2025
Everyone knows that impedance should be continuous. There are always times when impedance cannot be continuous in PCB design. What should I do? Characteristic impedance: also known as “characteristic impedance”, it is not a DC resistance, but a concept in long-line transmission. In the high-frequency range, during signal transmission, when the signal reaches the place,…
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What are some of the implications of the Hall Effect for PCB layout?
ByGrace June 24, 2025June 24, 2025
For me, one of the coolest things about kids is that they can be astounded by science and other phenomena that, as an adult, you are just accepting. I gave a five-year-old homemade magnetic slime for his birthday one year; consisting of iron oxide powder, Elmer’s glue, and liquid starch, the prospect of the black…
Read More What are some of the implications of the Hall Effect for PCB layout?
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PCB Layout Considerations for Split Digital and Analog Grounds
ByGrace June 21, 2025June 19, 2025
Introduction In modern electronic circuit design, particularly in mixed-signal systems, proper handling of ground planes is one of the most critical aspects affecting system performance. The separation of digital and analog grounds (often referred to as DGND and AGND) presents numerous challenges for PCB layout engineers. This paper examines the key considerations, techniques, and potential…
Read More PCB Layout Considerations for Split Digital and Analog Grounds
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Optimal PCB Layout Design for Mobile Phones: Key Considerations and Best Practices
ByGrace June 17, 2025June 17, 2025
1. Introduction The rapid evolution of mobile phone technology demands increasingly complex and compact Printed Circuit Board (PCB) designs. A well-optimized PCB layout is crucial for ensuring signal integrity, power efficiency, thermal management, and electromagnetic compatibility (EMC). This article explores the fundamental principles and best practices for PCB layout design in mobile phones, focusing on…
Read More Optimal PCB Layout Design for Mobile Phones: Key Considerations and Best Practices
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PCB Layout and Routing Requirements for Reset Circuits
ByGrace June 14, 2025June 13, 2025
Introduction Reset circuits are among the most critical yet often overlooked components in electronic system design. These circuits ensure proper initialization of digital systems by generating a clean, stable reset signal during power-up, power-down, and brownout conditions. While the schematic design of reset circuits receives considerable attention, the PCB implementation is equally important and frequently…
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How to Optimize PCB Layout for Non-Isolated Switching Power Supplies
ByGrace June 13, 2025June 12, 2025
Introduction The performance, efficiency, and reliability of non-isolated switching power supplies are heavily dependent on their printed circuit board (PCB) layout. Unlike isolated converters, non-isolated topologies (such as buck, boost, and buck-boost converters) present unique challenges in PCB design due to their high-frequency switching currents and tight coupling between components. A well-executed PCB layout can…
Read More How to Optimize PCB Layout for Non-Isolated Switching Power Supplies
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PCB Layout Impedance Matching: Principles, Challenges, and Solutions
ByGrace June 8, 2025June 5, 2025
Introduction In modern high-speed digital and high-frequency analog circuits, impedance matching in PCB (Printed Circuit Board) layout has become a critical factor affecting system performance. As signal frequencies continue to increase and edge rates become faster, proper impedance control throughout the signal path is essential to maintain signal integrity, minimize reflections, and ensure reliable data…
Read More PCB Layout Impedance Matching: Principles, Challenges, and Solutions
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PCB Layout Guidelines for Photovoltaic Power Systems
ByGrace June 8, 2025June 5, 2025
Introduction Photovoltaic (PV) power systems convert solar energy into electrical energy, and their performance heavily depends on the design of the printed circuit board (PCB). A well-optimized PCB layout ensures efficient power conversion, minimal losses, and reliable operation under varying environmental conditions. This article discusses key considerations for PCB layout in PV applications, including component…
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PCB layout

How to Quickly Create a Switch Mode Power Supply PCB Layout Design

Best PCB Layout Tips for Gate Driver ICs

Routing strategy in PCB Layout

What are the things to pay attention to in PCB layout?

Very detailed BUCK circuit PCB layout suggestions

How Impedance Is Used in PCB Layout Importance of Impedance vs. Resistance in PCB Layout

10 Golden Rules of PCB Layout, Routing, and Design Manufacturing

Characteristic Impedance in PCB Design

What are some of the implications of the Hall Effect for PCB layout?

PCB Layout Considerations for Split Digital and Analog Grounds

Optimal PCB Layout Design for Mobile Phones: Key Considerations and Best Practices

PCB Layout and Routing Requirements for Reset Circuits

How to Optimize PCB Layout for Non-Isolated Switching Power Supplies

PCB Layout Impedance Matching: Principles, Challenges, and Solutions

PCB Layout Guidelines for Photovoltaic Power Systems

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