Not content with their position as DSP market leader, Texas Instruments (Houston, TX) last week announced their first samples of digital signal processors (DSPs) capable of operating at a 1-GHz clock rate. This compares to the company's existing...
These analog predistortion linearizers can increase wireless amplifier efficiency and linearity while reducing size, cost, and power consumption.
The Vivaldi antenna is an extremely broadband configuration that can be readily designed with modern CAD tools and fabricated with standard high-frequency substrate materials.
This low-distortion variable-gain amplifier features digitally selectable gain and a differential output to drive high-speed analog-to-digital converters.
This multilayer circuit-fabrication technology allows these traditionally large high-frequency passive components to be made in miniature, low-cost formats.
This InGaP HBT linear power amplifier is designed for 5.15-to-5.35-GHz WLANs, but will also offer excellent performance across the full 4.9-to-6.0-GHz band.
This analysis shows the effects of a short length of coaxial cable and associated test equipment on the characteristics of a high-speed digital pulse.
Band-reject filters can be applied quite effectively in reducing or removing unwanted IMD interference signals from the operating band of a cellular receiver system.
These high-frequency components provide reliable threadless connections with low insertion loss and ease of installation.
Each of these intelligent rubidium clocks integrates a wide range of timing and synchronization functions within a single compact housing.