Ceramic-Filled PTFE Composite for Rogers RO3003
Ceramic-filled PTFE composite, 具体的にはRogers RO3003, 高温の回復力と最大10GHzの運用頻度で有名です. It maintains excellent performance across a broad temperature range, から -50 degree Celsius to +150 学位摂氏, with a DK stability of -3ppm/degree Celsius. The material ensures high permittivity frequency stability, making it suitable for a wide range of applications. さらに, RO3003 laminates exhibit an exceptionally low dissipation factor (DF) の 0.0013 10ghzで.
Microwave Circuit Applications
Printed circuit boards (プリント基板) designed for radio frequency (RF PCBs) are becoming increasingly prevalent in the PCB industry. これらには含まれます:
High-Frequency RF PCBs
RF PCBs operating above 100 MHz are crucial for various advanced electronic applications.
Microwave Circuits
These circuits function at frequencies above 2 GHz and are integral to numerous modern technologies.
RF-PCBs are utilized in diverse applications such as remote controls (wireless controls), security systems, smartphones, センサー, もっと. Emerging technologies continue to expand the use of these RF applications, necessitating high-quality manufacturing standards and the selection of appropriate RF materials based on specific application needs.
Choosing the Right Material
Understanding the properties of various materials is essential. Selecting the optimal material is perhaps the most critical decision in the production process of RF PCBs. This choice significantly impacts the performance and reliability of the final product.
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