RF & Microwave Blog

  • An Introduction to Duroid Microwave Materials

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    What is Duroid? Duroid is a brand name for a family of high frequency dielectric materials manufactured by Rogers Corporation. These materials are some of the most widely used substrates for making printed circuit boards (PCBs) for microwave and mm-wave circuits and components. Some key properties of Duroid materials: Duroid […]

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  • The Versatility of Taconic Substrates

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    Rogers circuit boards

    An Overview of Taconic Substrates Taconic substrates are widely used in the production of printed circuit boards (PCBs) due to their excellent dimensional stability, thermal conductivity, and dielectric properties. Made from woven fiberglass that has been impregnated with flame-retardant epoxy resin, taconic substrates provide an ideal foundation for building reliable […]

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  • rt duroid

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    Rogers PCB & Material

    Overview of rt duroid rt duroid is a brand of high frequency circuit board material manufactured by Rogers Corporation. It is widely used in wireless, radar, automotive and high-speed digital applications that require stable electrical performance at microwave frequencies. Some key features of rt duroid include: Low Loss rt duroid […]

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  • Duroid 5880 – The High-Performance Microwave Laminate

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    Introduction Duroid 5880 is a high-frequency, high-performance microwave laminate that is widely used in the production of printed circuit boards (PCBs) for radar, satellite communication, and other microwave applications. With its unique properties, Duroid 5880 enables reliable performance at microwave frequencies up to Ku-band and beyond. Key Properties Duroid 5880 […]

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  • Rogers Substrate – The Key to Flexible Electronics

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    Rogers 4350b Fr4

    Introduction to Rogers Substrate Rogers substrate, also known as flexible printed circuit boards (FPCBs), are thin, flexible circuit boards made of polyimide film. They were first developed by professor John Rogers and his team at the University of Illinois in the early 2000s. Unlike rigid printed circuit boards (PCBs), Rogers […]

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  • Rogers Laminates: An Overview [h1]

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    What are Rogers Laminates? [h2] Rogers Laminates are a family of high frequency, high performance printed circuit board (PCB) laminate materials made by Rogers Corporation. These laminates are designed for use in radio frequency (RF) and microwave circuitry and have excellent dielectric properties. Some key properties of Rogers laminates include: […]

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  • Understanding Mid Loss PCBs

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    What are Mid Loss PCBs? A mid loss PCB (printed circuit board) is a type of PCB material that has moderate dielectric loss characteristics. It falls between low loss and high loss PCB materials in terms of its dielectric loss tangent (dissipation factor). Mid loss materials typically have a loss […]

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  • Rogers RO4350B Price Analysis and Review

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    The Rogers RO4350B laminate material is a popular choice for high-frequency circuit board applications that require excellent electrical performance. With its unique ceramic-filled PTFE composite construction, RO4350B offers superior high-frequency signal integrity compared to traditional FR-4 laminates. But how much does this advanced material cost? Here’s an overview of Rogers […]

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  • The Dielectric Constant of RO4003C Laminates

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    Rogers RO4700

    Introduction to RO4003C RO4003C is a thermoset ceramic-filled PTFE composite laminate material commonly used for high frequency circuit boards in radar, telecom, microwave and other RF/microwave applications. Some key properties that make RO4003C suitable for these applications are its low dielectric constant and loss tangent. Dielectric Constant of RO4003C The […]

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  • Understanding the Dielectric Constant of Rogers RO4350B Laminates

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    Introduction The dielectric constant (Dk) is an important property of laminate materials used in printed circuit boards (PCBs). It determines how a laminate interacts with electromagnetic signals and can impact the performance of high-speed digital and high-frequency analog circuits. Rogers RO4350B is a popular high frequency laminate with excellent dielectric […]

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