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

Part 4 of 5 presentations on the LMX2541, this video discusses: * Fractional spurs * Impact of fractional spurs on system performance

This video discusses: LMX2541 simulation using TI's Clock Design Tool

Simon demonstrates the ramping features of the LMX2492, a feature-rich 14 GHz fractional-N PLL with advanced frequency modulation, very low phase noise perform

Watch Dean get high performance without the complexity of discrete components with TI's LMX2592 high performance RF Synthesizer

Low noise and high efficiency from a buck converter, without the post-regulator LDO

Introduction to the RF sampling architecture in contrast to traditional direct conversion architectures typically used in existing transceivers.

A demonstration of how to analyze for synthesizer phase noise in your application

Simon shows how to optimize your system design with easy design tips to gain excellent PLL & VCO noise performance

Simon explains how to enhance accuracy in radar applications using TI's RF Synthesizers

The ADC32RF80 telecom receiver is a dual channel, 14-bit, 3-GSPS ADC with integrated dual Digital Down Converter. This video shows how to use the EVM/software.

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