Antenna Integrator Expands with UWB Support and Enhanced Insights The Taoglas Antenna Integrator has been significantly upgraded – introducing new antenna options and deeper performance data to support more precise and efficient design. Now Featuring UWB Antennas Five new antennas have been added to the tool’s library, including two Ultra-Wideband (UWB) models – the first...
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Get Out of a Jam: How GNSS Antennas Help Thwart Jamming Attacks Global Navigation Satellite Systems (GNSS) are a fundamental part of thousands of consumer, government, and business applications ranging from aviation to navigation to time-stamping transactions. That makes GNSS an attractive target for hackers, rogue nation states, industrial espionage, and other attackers that want...
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Qorvo ACT72350 160 V 3-phase BLDC Motor Driver with Integrated Power Manager and Configurable AFE Key Features 160 V buck DC/DC controller with external NCH FET 5 V / 200 mA system supply 3 high-side 160 V 2 A (source) / 2 A (sink) gate drivers 3 low-side 20 V 2 A (source) / 2...
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Understanding Antenna Spatial Diversity and How It Affects Device Performance Do more antennas increase a cellular device’s performance? Yes — but with a few important considerations.With 2G and early 3G, phones and other cellular devices used a single antenna for transmitting and receiving. As 3G technology matured, devices began adding a second antenna strictly for...
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0603AF-39NXJR_ RF Inductor by Coilcraft The 0603AF-39NXJR_ from Coilcraft is a RF Inductor with Inductance 0.039 µH, DC Resistance 0.12 Ohms, DC Current 1 A(Irms), Self Resonant Frequency 2200 MHz, Operating Temperature -40 to 85 Degree C. Tags: Chip Inductor, Wire Wound Inductor. More details for 0603AF-39NXJR_ can be seen below. Product Details Part Number: 0603AF-39NXJR_ Manufacturer:...
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Fundamentals of Measuring Wideband RF Signals Modern Wideband RF Waveforms The ongoing drive to transmit and receive more information wirelessly in a given bandwidth forces modern RF systems to continually increase their spectral efficiency. Some of the earliest commercial wireless systems from several decades ago utilized channel bandwidths of a just few kHz. With more...
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HLM-40ABH Limiter by Marki Microwave The HLM-40ABH from Marki Microwave is a GaAs Schottky Diode Signal Limiter that operates from DC to 40 GHz. It has an insertion loss of 0.7 dB and a flat leakage of 8 to 15 dBm. This signal limiter can handle an input power of 2 W and an input IP3 of...
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Mini-Circuits New Model Alert: Dual-Channel Signal Generator 8 GHz TO 12.5 GHz, 2-Channel X-Band Sig Gen, Multi-Mode with Coherent & Non-Coherent Outputs The Mini-Circuits’ SSG-8N12GD-RC dual-channel signal generator delivers a dynamic range of -55 dBm to +23 dBm to two independent channels capable of coherent or non-coherent operation over 360˚⁰ of phase range. This multi-mode...
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How the GNSS Evolution Enables Future Proofing If you could go back in time and change your product to increase its performance, reliability, and competitiveness, what would you do? If it’s used for navigation, fitness tracking, autonomous vehicles, and other location-based applications, you’d probably upgrade its Global Navigation Satellite System (GNSS) capabilities to support multiple...
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The Era of 5G-Powered Physical AI is Here All artificial intelligence (AI) applications have one thing in common: They need a reliable, high-performance network connection. Sometimes it’s for downloading the AI software that runs on the device, such as Apple Intelligence on the iPhone. In other cases, the connection facilitates uploads to the cloud, where...
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