Learn how hermetic sealing protects SC-cut quartz crystals from moisture, temperature shifts, and contaminants- ensuring long-term frequency stability, low phase noise, and reliable...
Sponsored by Texas Instruments: Space-grade plastic-packaged components serve as building blocks for low-Earth-orbit satellite payloads that perform optical, radar, and infrared...
Choosing the right fixed-frequency source is critical for AESA systems. Our white paper outlines five key questions RF engineers must ask to ensure optimal phase noise, stability...
Solve your design challenges by choosing mission-critical RF cable assemblies that tolerate extreme conditions, maintain reliability, and reduce maintenance downtime.
Download or order this free pocket guide that offers a broad insight into satellite technologies in one handy place. It offers a genuine look into satellite technology, covering...
Analog-to-digital converters (ADCs) have taken giant steps in speed and accuracy over the past years. Learn about how the R&S®SMA100B offers outputs for the analog input signal...
Explore the foundational principles behind radar technology and how these systems are engineered to meet the demanding needs of modern applications. This article sets the stage...
The article discusses the differences between IEEE 802.11af and 802.11ah standards, their applications in IoT, wireless backhaul, and how they address sub-1-GHz spectrum needs...
Learn how efficient battery power management in medical wearables is of critical importance due to the increase in power-hungry features to make these devices smarter.
Understanding how thermal analysis and design is critical to meeting reliability standards for semiconductor technology translates into more robust and reliable RF system designs...