Essential Tips for Compact PCB Designs: Practical Layout Strategies for Limited Space
As electronic devices continue to shrink in size, their internal circuits must also become smaller. Product miniaturization has become a strong industry trend, creating new challenges for engineers wo...
ESP32 vs ESP32-S3: Key Differences, Performance Comparison, and PCB Design Considerations
Since the ESP32 series entered the market, it has reshaped the landscape of embedded development and the Internet of Things. The ESP32 microcontroller became widely adopted thanks to its exceptional p...
PCB Layout Design Guidelines: Placement and Routing
Overview of PCB Layout and RoutingIn PCB design, layout is a critical stage that directly determines the quality of the routing. A well-organized layout ensures efficient signal paths and reliable pow...
What Is Test Firmware: Key Differences Between Test Firmware and Embedded Software
In hardware design process, especially for complex projects, we often recommend developing dedicated testing firmware to perform comprehensive hardware validation. In this article, we will explain the...
High Current Trace Design Considerations in PCB Layout
High Current PCB is a special type of circuit board designed to carry large amounts of current. Compared to ordinary PCBs, it can handle more power, which makes it indispensable in many high-power app...
Power and Ground Plane Design Considerations in PCB Layout
The power and ground planes form the backbone of a stable and efficient PCB design. The ground plane acts as a common reference point for all electrical signals and provides a low-impedance return pat...
Thermal Management Design Considerations in PCB Layout
Thermal management in modern PCB design is a critical factor that directly impacts product performance, reliability, and lifespan.As electronic products continue to become more compact and integrate m...
How DRC Improves PCB Layout Reliability
DRC (Design Rule Check) is an essential step in PCB Layout design that ensures your layout complies with the manufacturing capabilities of the PCB fabrication house. Performing DRC before sending your...
EMC Design Guidelines in PCB Layout Design
Understanding EMI, EMS, and EMC in PCB DesignEMI (Electromagnetic Interference) refers to the harmful electromagnetic noise emitted by electronic products during operation, which can interfere with ot...
PCB Layout Design Process from Schematic to Manufacturing
PCB layout is the process of converting a circuit schematic into a manufacturable PCB design. A high-quality PCB layout ensures the functionality, reliability, and performance of the final product whi...
How PCB Design Decisions Impact Manufacturing Cost
PCB Design directly affects Manufacturing Cost—the more complex the PCB Design, the higher the Manufacturing Cost. Therefore, when submitting design requirements, customers can provide a target cost r...
PCB Design Process from Concept to Manufacturing
Every step in the PCB design process is crucial to the success of the final product. A rigorous and efficient PCB design workflow ensures optimal functionality, performance, reliability, and cost-effe...
Why Professional PCB Design is Worth the Investment
Many customers feel that PCB design fees are high compared to manufacturing costs, but in reality, professional design is the foundation of a successful electronic product. An investment in quality de...
From Design to Production: Discounts and Advantages for Bulk Orders
Once your design project is completed, you can place a bulk production order directly through PCBWay. We will handle the entire process from design to manufacturing, providing a one-stop service....
What Detailed Information Is Needed for Electronic Design
PCBWay offers professional electronic design services. This article outlines the key information required for successful electronic design1. For PCB design, the following requirements need to be provi...
Teleoperated Robot PCB
In the realm of robotics, teleoperated robots stand as a marvel of modern engineering, combining automation with human control for various tasks that require precision, flexibility, and adaptability. ...
Considerations for High-Power PCB Design
In modern electronic devices, high-power power supplies provide stable and reliable power for servers, electric vehicle chargers, and various industrial equipment, ensuring that the devices operate pr...
How to Design a Custom ESP Programmer PCB with KiCad and PCBWay
How to Design a Custom ESP Programmer PCB with KiCad?Creating a custom ESP programmer can be an exciting and rewarding project, especially if you're looking to streamline your embedded system projects...
Silkscreen Design Specifications
Silkscreen standards in PCB technology are a critical aspect of ensuring the quality of circuit boards and assembly efficiency. Silkscreen, which refers to the printed text and graphics on a PCB, is p...
PCB Design Layout Guidelines for Routing
1. Length Control in RoutingLength controlling is very important in PCB design. The traces should be kept as short as possible to avoid introducing unnecessary interference due to excessive length. Fo...
| Ranking | Name | Answers |
|---|---|---|
| 1 | PCBWay Team | 4 |
| 2 | KhronoSound Audio | 1 |