Discover a practical approach to automotive radar evaluation that improves repeatability, supports safety validation, and reduces road test effort.
Discover a practical approach to automotive radar evaluation that improves repeatability, supports safety validation, and reduces road test effort.
Get a clear introduction to satellite navigation, including GNSS signals, accuracy enhancement methods, receiver design,…
Get a clear introduction to satellite navigation, including GNSS signals, accuracy enhancement methods, receiver design, and test strategies for dependable PNT performance.
Access two Ambient IoT Energy Harvesting reference designs from Silicon Labs ideal for asset tracking applications, and…
Access two Ambient IoT Energy Harvesting reference designs from Silicon Labs ideal for asset tracking applications, and review the key hardware and firmware considerations to enable batteryless operation of your IoT device.
This white paper helps you develop powerful yet low-power Wi-Fi IoT devices using the Silicon Labs SiWx917 SoC and…
This white paper helps you develop powerful yet low-power Wi-Fi IoT devices using the Silicon Labs SiWx917 SoC and reviews its ultra-low-power Wi-Fi capabilities in depth.
Silicon Labs validated Matter-over-Thread networks for large commercial environments, testing scalability, reliability,…
Silicon Labs validated Matter-over-Thread networks for large commercial environments, testing scalability, reliability, and latency in real-world conditions. Review the results.
See how RF power amplifier designs are verified from early development through production using methods that improve…
See how RF power amplifier designs are verified from early development through production using methods that improve performance, consistency, and throughput.
Discover the components and structure of automotive electronic systems and how innovative test products and systems from…
Discover the components and structure of automotive electronic systems and how innovative test products and systems from Rohde & Schwarz address the entire vehicle.
Discover how 20 GHz direct sampling enables wideband RF capture in a single Nyquist zone, simplifying receiver design…
Discover how 20 GHz direct sampling enables wideband RF capture in a single Nyquist zone, simplifying receiver design while addressing key performance and architectural challenges.
Learn how to choose the right ADC for radar phased arrays by balancing resolution, sample rate, noise, and power for…
Learn how to choose the right ADC for radar phased arrays by balancing resolution, sample rate, noise, and power for stronger overall system performance.
Discover how eCall and Next-Generation (NG) eCall technologies enhance emergency response through real-time data…
Discover how eCall and Next-Generation (NG) eCall technologies enhance emergency response through real-time data transmission. Learn about 4G/5G connectivity, GNSS integration, and the latest testing and regulatory considerations.
As satellites get smaller and more complex, EMC becomes critical. This white paper covers when to test, key regulatory…
As satellites get smaller and more complex, EMC becomes critical. This white paper covers when to test, key regulatory considerations, electromagnetic environmental effect (E3), and how FFT-based methods improve EMI detection. Worth a read if you're working on NewSpace satellites or satellites in general.
In this white paper, learn how the ADRV9002 SDR transceiver delivers advanced frequency hopping (FH) with dual-PLL…
In this white paper, learn how the ADRV9002 SDR transceiver delivers advanced frequency hopping (FH) with dual-PLL architecture, multichip synchronization, and digital predistortion, enabling fast, secure, and reliable operation for applications like Link 16 and MIMO systems. Its flexible hop tables, PLL muxing, and channel setup capabilities support single- and dual-channel modes, on-the-fly frequency updates, and precise transition and dwell timing for high spectrum efficiency and minimal interference.
In this application note from Analog Devices, learn how to implement a quad-input HDMI receiver using dual ADV7612…
In this application note from Analog Devices, learn how to implement a quad-input HDMI receiver using dual ADV7612 devices and an ADV7511 transmitter, focusing on fast switching, signal integrity, and reliable I2C control. It details bus management, tri-stating, trace routing, and termination strategies for video, audio, and line-locked clock signals, along with optional CEC and interrupt handling.
Externally biased RF and microwave amplifiers require precise biasing and power sequencing to ensure optimal performance,…
Externally biased RF and microwave amplifiers require precise biasing and power sequencing to ensure optimal performance, including high gain, linearity, and efficiency, while minimizing part-to-part variation. Analog Devices’ active bias controllers, such as the HMC980LP4E, HMC981LP3E, and HMC920LP5E, maintain constant drain current, generate negative gate voltages, and simplify system design for single- and multi-stage amplifiers. This application note details circuit implementation, VGATE and VNEG adjustments, daisy-chain operation, and protection features, enabling reliable, consistent amplifier performance with reduced external components.
Dual IF sampling receivers are critical in cellular base stations and wireless systems for converting high-frequency RF…
Dual IF sampling receivers are critical in cellular base stations and wireless systems for converting high-frequency RF signals into precise digital data, while addressing challenges like impedance matching, noise reduction, and antialiasing. In this application note, learn how Analog Devices’ design combines a dual mixer, variable gain amplifier, dual 14-bit ADC, and low-jitter clock synthesizer with a fourth-order antialiasing filter to achieve 153.6 MHz IF sampling at 122.88 MSPS and 79.6 dBc spurious-free dynamic range.
Choosing the right test equipment can make or break your design workflow. This quick-reference poster helps you identify…
Choosing the right test equipment can make or break your design workflow. This quick-reference poster helps you identify the best R&S instruments for your application — from signal analysis to power measurements.
This paper highlights the importance of addressing antenna design early to prevent cost, delay, and performance issues.…
This paper highlights the importance of addressing antenna design early to prevent cost, delay, and performance issues. It also introduces Quectel’s four-stage antenna design approach supported by end-to-end technical services.
Download this comprehensive guide and get a blueprint for mastering Signal Integrity fundamentals in complex, high-speed…
Download this comprehensive guide and get a blueprint for mastering Signal Integrity fundamentals in complex, high-speed PCB systems.
This document provides a comprehensive guide on how signal and spectrum analyzers can be used to create a Hammerstein…
This document provides a comprehensive guide on how signal and spectrum analyzers can be used to create a Hammerstein model for the vector signal generator's output stage, and subsequently addresses the inherent non-linearities characteristics.
Wi-Fi 8 (IEEE 802.11bn) pushes wireless performance to the next level with major gains in throughput, latency and…
Wi-Fi 8 (IEEE 802.11bn) pushes wireless performance to the next level with major gains in throughput, latency and reliability — especially for dense networks and real-time applications. This white paper breaks down the key PHY and MAC enhancements and what they mean for next-gen device and AP testing.
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