プロセスの微細化には、ローパワー化や高性能化など多くのメリットがありますが、ナノオーダーのCMOSテクノロジを使用するRF設計者は、電圧レベルの低下による回路の非線形性やデバイスノイズへの影響など、設計の複雑化によって生じる課題に対応し ...

This application note provides guidelines and suggestions for RF printed-circuit board (PCB) design and layout, including some discussion of mixed-signal applications. The material provides “best ...

The filters in an RF IC are important elements, affecting the IC's performance, size, and cost. Traditionally, design of RF-IC filters requires three steps: lumped-element circuit synthesis from ...

In RF (Radio Frequency) PCB design, layout and routing quality determine not only signal integrity but also the overall stability and performance of the system. If you want your RF circuit to achieve ...

Abstract: We present a new CAD tool CrtSmile, which automatically incorporates transistor layout effects for CMOS RF transistor modeling with an emphasis on substrate resistance extraction. The RF ...

Developing an automated production test solution for current and next-generation complex RF SIP/SOC devices is an increasingly difficult task. Both the test program and the device interface board (DIB ...

The IoT has increased the demand for good radio frequency (RF) design practices from the mains, to wall outlet power, all the way to the antenna. With several IoT standards employed today, constraint ...

This document describes the design, simulation, PCB layout, and testing procedures for a two-stage wideband RF gain block amplifier covering 0.1 to 50 MHz. The amplifier delivers 24 dB gain, a noise ...

Abstract: Advancements in process technology have resulted in tremendous increase in the number of design rules. This has greatly complicated the task of building design rule clean layouts. While EDA ...