CC-201IP and CC-202IP
The CC-201IP is a revolutionary, ultra-low classical noise single cell amplifier IP block that possesses approximately 30 dB of signal gain over a 200Mhz to 5.8Ghz adjustable bandwidth, while contributing only 1.3nV per root Hz (rms) of circuit noise. The CC-202IP total cumulative phase noise rises to 8nV per root Hz(rms). The CC-202IP cell gain rizes to nearly 70dB (the CC-202IP).
View Data
CC-203IP Super Inductor
The CC-203IP is a revolutionary, On-Chip, Ultra-High Quality Factor (Q) inductor which can be manufactured in a planar or stacked die configuration on any given manufacturing process. Utilizing ondie manufacturing techniques pioneered by CurrentRF, the super inductor Quality Factor (Q) increases from a 20% to over 100% range as compared to typical on-chip inductors, competing with the Quality Factors of off chip, wire wound inductors.
View Data
CC-204IP
The CC-204IP 6Mhz to 5.8Ghz Power Amplifier can be configured as a single stage or multiple paralleled stages, dependent on needed output drive power and noise figure. The basic cell is 300um X 400um but can be smaller in dimension depending on antenna impedance and PA center frequency.
View Data
CC-205IP Wideband
The CC-205IP Wideband CMOS RF Rectifier is a CMOS full wave rectifier with a 6Mhz to 5.8Ghz rectification frequency range capability, can rectify input power signals ranging from - 18dBm to over +33dBm, while maintaining a 40% to 90% conversion efficiency.
Click Here
Previous slide
Next slide

rf amplifier

CC-205IP Features

The CC-205IP features wideband, adjustable Antenna matching capability, with the ability of directly interfacing to a given antenna impedance, avoiding the conversion losses incurred with an antenna to rectifier interface matching network.

rf amplifier

More About The CC-201IP and CC-202IP

The CC-201IP and CC-202IP operates from 6Mhz to 5.8Ghz featuring ultra-low noise characteristics ranging from 1nV per root hertz with a gain of 30dB (CC-201IP) to 8nv per root hertz with a composite gain of 70dB (CC-202IP)

Facebook-f Twitter Linkedin

Navigation

Newsletter

© 2022 All Rights Reserved Current RF

Powered By VISION