In this video, we review the LMX8410LEVM kit, equipment & software, hardware setup, software setup, outputs and optional modifications.

This video will go over what ADC SFDR's are, explain the concept of frequency planning and provide tools to help with RF sampling design. 

This video will explore a reference design that shows how to synchronize multiple high-speed JESD204B data converters.

This video demonstrates DEV_CLK skew between two clock outputs of the clocking reference design and the analog channel to channel skew between 2 ADC12DJ3200EVMs

This video demonstrates the software setup of the Multi-Channel JESD204B 15 GHz Clocking Reference Design for DSO, Radar and 5G Wireless Testers

This video discusses the various noise sources of an FDA and the effects of using large resistors in the feedback network of high-speed FDAs.

This video discusses FDA stability and open-loop gain. You will also learn how to calculate and simulate with TINA-TI for FDAs.

This video discusses how to estimate an FDAs common-mode and differential swing at the inputs and the outputs and its dependence on the amplifier configuration

This video discusses the basics of differential signaling, its advantages over single-ended signaling and the three basic rules that govern how an FDA operates

LMH3401 7-GHz, fully differential ultra-wide band amplifier provides a fixed gain of 16 dB and is well suited for use in DC to radio frequency applications.

This last video discusses how to understand the key phase noise specifications with a D/S using LMX2594. 

This video is the second part on the specifications of a signal source: Spurs and lock time.

This video discusses how signal source specifications impact RF radio performance. 

This video is the first part on the specifications of a signal source: Phase noise and jitter.

This video discusses the key requirements of local oscillators in microwave/RF and GHz clocks for radio applications.

Watch Nadeem demonstrate advanced phase synchronization capabilities with multiple RF PLLs using TI's high performance LMX2594.

The 4.5 GHz, fully differential LMH6401 digital variable gain amplifier provides simple SPI serial control of gain between +26 dB and -6 dB in 1 dB steps.

LMH6401 Evaluation Module (EVM) Overview