The decrease of spurious-free dynamic range (SFDR) caused by microwave front-end nonlinearity is a common problem in digital receivers. In this work, a receiver nonlinearity compensation method based ...

CPI EDB offers a series of microwave front end components designed to provide both a transmit path and a receive path for monitoring transmit and reflect signals. Additional features include high ...

New design methodology for truly differential RF and microwave front-ends has been presented in this paper. Baluns are avoided using this design methodology, while achieving differential signaling for ...

The front end incorporates novel and compact filters to achieve small size and low insertion loss. The design of the front-end modules reduces the total parts count by using a single GaAs HEMT as the ...

The quality factor can, however, be improved by moving the passive components off-chip and integrating them on a low loss carrier. This thesis therefore features microwave front-end and VCO designs in ...

The WEA1015R130G is a complete broadband wireless microwave receiver front-end operating in the frequency band spanning from 10 GHz to 15 GHz. Implemented in a GF SiGe 8XP process it integrates a Low ...

This installment of our Every Block Covered series reviews basic cascade analysis for linearity parameters P1dB and IP3 (input and output) in a simple microwave front end chain.

Analog Devices, has introduced millimetre wave (mmW) 5G front-end chipsets spanning 24 to 47GHz. There are two 16-channel dual-polarisation beam formers and two single channel (one Tx + one Rx) ...

The WEA1015T130G is a complete broadband wireless microwave transceiver front-end operating in the frequency band spanning from 10 GHz to 15 GHz. Impl ...