This article explores essential factors to consider when selecting a metal core PCB manufacturer, including quality, thermal performance, and service capabilities, ensuring you find the right partner for your specific project needs.
This article explores metal core PCBs, highlighting their unique structure with aluminum or copper bases designed for efficient heat dissipation. Gain insights into their benefits for effective thermal management in high-performance circuits.
This article explores innovative and efficient strategies for SMT board assembly in electronics production, focusing on techniques to enhance speed, accuracy, and cost-effectiveness in manufacturing processes.
This article explores groundbreaking techniques in multi-layer PCB assembly that enhance production efficiency. Discover advanced methods, materials, and strategies driving innovation in the electronics manufacturing industry.
This article guides you in selecting the right MCPCB manufacturer for your electronics needs, highlighting key factors such as thermal efficiency, material choices, and design capabilities to ensure optimal performance in your devices.
Explore how medical PCB manufacturers are pivotal in driving innovations in healthcare technology, enhancing device reliability, and ensuring precision in medical applications essential for patient care and advanced treatment solutions.
(1) Circuit design: EDA technology can help designers quickly design circuit schematics and PCB layouts, improving design efficiency and accuracy. (2) Circuit simulation: EDA technology can simulate and analyze circuits, verify circuit performance and reliability, and avoid problems in actual manufacturing. (3) Circuit optimization: EDA technology can optimize circuits, improve circuit performance and reliability, and…
Do you know the four basic characteristics of PCB RF circuits? This article interprets the four basic characteristics of RF circuits from four aspects: RF interface, small desired signal, large interference signal, and interference from adjacent channels, and gives important factors that need special attention in the PCB design process. 1.RF interface of RF circuit…
This paper presents a transformer-based isolated gate driver for 3.3kV SiC MOSFET. Two VHF modulated resonant flyback converters operating at 20 MHz generate the PWM signals and gate drive power. High voltage isolation characteristics (15 kV RMS) are provided by a PCB-based air-core transformer. The transformer has a low coupling capacitance of 5pF, which enhances…
This article explores how to select the ideal PCB board house for your project, considering factors like pricing, complexity, and service quality to ensure successful prototype and production runs.
When designing a motor control circuit, it is critical to determine how to provide the high currents required to drive the motor. Designers must choose whether to use a monolithic integrated circuit (IC) with internal power devices or to use a gate driver IC and discrete external power MOSFETs. This article discusses the pros and…
Discover the advantages of quick turn PCB assembly services designed for rapid prototyping. Learn how these solutions accelerate product development, reduce time-to-market, and enhance innovation in electronic manufacturing.
SMT patch refers to the patch component in surface mount technology (Surface Mount Technology, referred to as SMT), which is a technology that directly mounts electronic components on the surface of the PCB board. This technology can make electronic products smaller, lighter, more stable, and more efficient, so it has been widely used in modern…
As automation increases across industries, motion control becomes increasingly important. To effectively drive motors, control inputs describing speed and position are essential. However, there are multiple technologies that implement this sensing, each with different characteristics and application scenarios. This article will compare different rotation sensing technologies and discuss why they are selected. We will then…
In power supply design, careful placement and routing are critical to achieving a good design, leaving enough room for size, accuracy, efficiency, and avoiding problems in production. We can leverage years of test experience and the expertise of layout engineers to finally get the board produced. Efficiency of Careful Design The design may look fine…