Explore grounding techniques in high-speed PCB design to ensure signal integrity, reduce EMI, and optimize DDR, USB, PCIe, and RF system performance through smart design strategies.
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Evaluate Your RF/EM Design Needs
FREE TRIALDiscover PCB design strategies for mixed signal circuits, covering analog blocks, DDR memory, RF chains, and interference-sensitive components. Optimize performance!
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Discover the principles of circuit switching network communication, its benefits, and inefficiencies, and explore modern-day applications in telecommunications.
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RF Design: The Wave of the Future
ACCESS EBOOKLearn the significance of via transitions in RF PCB layouts, especially at GHz frequencies, and best practices for high and low-frequency designs.
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Differences between monopole vs dipole antennas, including gain, bandwidth, radiation patterns, and the significance of ground planes in antenna design.
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Explore the crystal oscillator frequency range and its specific applications in electronics, from timekeeping to advanced communication systems.
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Free-space path loss (FSPL) describes the attenuation of signal strength that occurs as an electromagnetic wave travels through open air or a vacuum.
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RF power harvesting circuits discussion, focusing on impedance matching, rectifiers, and antenna designs for optimized energy conversion.
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Watch PCB Tutorials or See What's New With Our Design and Analysis Tools
SubscribeExplore the key differences and applications of linear phase filters, with insights on FIR, Chebyshev, Bessel filters, and their impact on signal integrity.
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Explore the role of scattering parameters in high-frequency circuit analysis and contrast these parameters with other circuit parameters.
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Ferrite components offer a range of circuit applications due to their varying magnetic coercivity and electrical nonconductivity.
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Explore the role and types of reflection attenuators in signal processing, their applications, and design considerations.
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Frequency division multiplexing assigns multiple signals to a single carrier frequency for logistics and efficiency improvements.
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Explore the precision and efficiency of RF Crystal Oscillators, ideal for high-frequency applications in telecom and digital circuits.
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Explore cutting-edge satellite communication techniques for enhanced data transmission, offering robust solutions in digital networking.
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Explore hybrid beamforming for 5G networks: a cost-effective solution combining analog and digital techniques to enhance signal precision and capacity.
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Here is our guide to RF stability factors, including info on the K-factor and µ-factor for assessing circuit stability.
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Learn more about RF sheet resistance: its frequency-dependent variation, precise measurement techniques, and impact on efficient RF design.
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Let’s dive into RF power amplifier circuits, including a discussion of topologies like cascade, Doherty, and LDMOS-based amplifiers.
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Step recovery diode applications include frequency multipliers, pulse generators, and time-domain reflectometers due to the diode’s unique characteristics.
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