Learn how VNAs and mmWave converters simplify complex device characterization, from setup and calibration to linear and nonlinear measurements.
Learn how VNAs and mmWave converters simplify complex device characterization, from setup and calibration to linear and nonlinear measurements.
Automate PCIe 5.0/6.0 cable and connector compliance testing with scalable VNA-based measurements, deembedding, and…
Automate PCIe 5.0/6.0 cable and connector compliance testing with scalable VNA-based measurements, deembedding, and pass/fail reporting.
See how eye diagram analysis can speed compliance testing and provide deeper insight into signal quality issues in…
See how eye diagram analysis can speed compliance testing and provide deeper insight into signal quality issues in high-speed interfaces.
Reliable EMC immunity testing depends on more than amplifier power. Learn which RF amplifier parameters help ensure…
Reliable EMC immunity testing depends on more than amplifier power. Learn which RF amplifier parameters help ensure accurate, stable and safe test performance.
As AI data centers race to meet exploding power demands, traditional sensing and power delivery methods are hitting their…
As AI data centers race to meet exploding power demands, traditional sensing and power delivery methods are hitting their limits — learn how advanced magnetic current sensors and high-voltage gate drivers are enabling the efficiency, protection, and power density that next-generation architectures require.
Design for test with confidence using Altium Testpoint Manager, a centralized solution for assigning and managing PCB…
Design for test with confidence using Altium Testpoint Manager, a centralized solution for assigning and managing PCB testpoints with speed and precision. Explore how to improve test coverage, reduce debugging time and streamline the path from design to production. Read the guide to learn more.
Download this technical paper to learn how Firecomms optical transmitter and receiver solutions can help you achieve…
Download this technical paper to learn how Firecomms optical transmitter and receiver solutions can help you achieve robust galvanic isolation, simplify system design, and improve performance and reliability in next‑generation Smart Grid and power module applications.
Discover a practical approach to automotive radar evaluation that improves repeatability, supports safety validation, and…
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.
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.
Learn how to verify DisplayPort transmitter and cable performance with compliance testing, signal integrity analysis, and…
Learn how to verify DisplayPort transmitter and cable performance with compliance testing, signal integrity analysis, and automated debug workflows.
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.
High-speed ADCs are critical in communications, data acquisition, and signal processing systems, and require precise…
High-speed ADCs are critical in communications, data acquisition, and signal processing systems, and require precise testing to ensure low noise, high accuracy, and reliable performance. This application note from Analog Devices explains dynamic and static test methods, including FFT analysis, dither testing, noise power ratio, and full-power bandwidth measurements, while highlighting the use of the HSC-ADC-EVALC platform with VisualAnalog and SPIController software.
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.
In this application note from Analog Devices, learn how LVDS and M-LVDS enable high-speed, low-power, and noise-immune…
In this application note from Analog Devices, learn how LVDS and M-LVDS enable high-speed, low-power, and noise-immune data transmission for industrial and high-performance digital systems. It outlines key design considerations including topology selection, signaling characteristics, termination, PCB layout, and managing jitter and skew to maintain signal integrity at data rates up to and beyond 1 Gbps.
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