The 5G Bootcamp features content on design tools, methodologies and techniques for delivering 5G products. Register now to access webinars, technical articles, videos, and more!
Sign up for the Microwaves and RF Today newsletter.
This filter achieves dual passbands with high selectivity in a compact size by using asymmetrical separated spirals resonators embedded in microstrip transmission lines.
This analysis of a phase-lock-loop frequency synthesizer highlights the importance of the loop filter in final synthesizer performance, and how to analyze the noise contributions of the synthesizers component parts.
Selecting a digital frequency discriminator for use within an IFM receiver or in an electronic warfare system requires an understanding of the units essential performance parameters.
This low-cost RF predistortion circuit helps overcome the nonlinear behavior of RF and microwave power amplifiers without sacrificing amplifier efficiency.
High-speed logic devices such as XOR gates and Type-D flip-flops can be used for a surprisingly broad range of circuit functions at microwave- and millimeter-wave frequencies.
A new generation of digitally controlled variable-gain amplifiers (VGAs) features low noise figures and a broad control range to lower cost and simplify the design of cellular base stations.
This compact three-way power divider provides an unequal dividing ratio of 4:1:1, with broad bandwidth centered at around 4 GHz, for WiMAX and WLAN applications.
This linear, low-noise amplifier spans a range of 2.1 to 7.0 GHz with low noise and reasonable gain while consuming less than 8 mW power from a +0.8-VDC power supply.
The trick is combining self-injection locking with mode-coupling techniques to shave the size, cost, and phase noise from voltage-controlled crystal oscillators (VCXOs).
