Showing papers by "Robert G. Meyer published in 1994"
01 Mar 1994
TL;DR: In this paper, an RF front-end IC containing a low-noise amplifier and mixer is described, and on-chip temperature and supply-voltage compensation is used to stabilize circuit performance.
Abstract: An RF front-end IC containing a low-noise amplifier and mixer is described. On-chip temperature and supply-voltage compensation is used to stabilize circuit performance. Realized in a BiCMOS process, the circuit consumes 13.0-mA total current from a 5-V supply. The amplifier gain at 900 MHz is 16 dB, the noise figure is 2.2 dB, and the input third-order intermodulation intercept is /spl minus/10 dBm. The mixer input third-order intermodulation intercept is +6 dBm with 15.8 dB noise figure. >
162 citations
TL;DR: In this article, a monolithic variable gain transimpedance amplifier is described, realized in BiCMOS technology and has measured gain of 98 k/spl Omega/, bandwidth of 128 MHz, input noise current spectral density of 1.17 pA/spl radic/(Hz) and input signal-current handling capability of 3 mA.
Abstract: A new monolithic variable gain transimpedance amplifier is described. The circuit is realized in BiCMOS technology and has measured gain of 98 k/spl Omega/, bandwidth of 128 MHz, input noise current spectral density of 1.17 pA//spl radic/(Hz) and input signal-current handling capability of 3 mA. >
67 citations