Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Mm-wave Dual-Mode Patch Filters on 55-nm BiCMOS
View through CrossRef
In this paper, the patch concept is applied to the design of
millimeter-wave band-pass filters in BiCMOS 55 nm technology. The
operation frequencies are 120 GHz and 200 GHz, respectively. A via- and
slot-based approach makes filters very compact, albeit patch-based,
through a multi-mode approach. At 200 GHz, the side of the patch is only
194 μm long, or about a quarter wavelength, compared to half a
wavelength for a conventional patch. The dependence of performance on
the thickness of the Back-End-Of-Line is studied, and the design method
is detailed. The performance is very good, with for example a filter
operating at 200 GHz with a relative bandwidth of 23% and insertion
loss of 3 dB. Finally, the prospect of using a thicker Back-End-Of-Line,
offered as an option in 55-nm BiCMOS technology, makes it possible to
show that even better performance can be achieved, with insertion loss
below 3 dB.
Institute of Electrical and Electronics Engineers (IEEE)
Title: Mm-wave Dual-Mode Patch Filters on 55-nm BiCMOS
Description:
In this paper, the patch concept is applied to the design of
millimeter-wave band-pass filters in BiCMOS 55 nm technology.
The
operation frequencies are 120 GHz and 200 GHz, respectively.
A via- and
slot-based approach makes filters very compact, albeit patch-based,
through a multi-mode approach.
At 200 GHz, the side of the patch is only
194 μm long, or about a quarter wavelength, compared to half a
wavelength for a conventional patch.
The dependence of performance on
the thickness of the Back-End-Of-Line is studied, and the design method
is detailed.
The performance is very good, with for example a filter
operating at 200 GHz with a relative bandwidth of 23% and insertion
loss of 3 dB.
Finally, the prospect of using a thicker Back-End-Of-Line,
offered as an option in 55-nm BiCMOS technology, makes it possible to
show that even better performance can be achieved, with insertion loss
below 3 dB.
Related Results
The impact of patch encounter rate on patch residence time of female parasitoids increases with patch quality
The impact of patch encounter rate on patch residence time of female parasitoids increases with patch quality
Abstract
1. For animal species that forage on patchily distributed resources, patch time allocation is of prime importance to their reproductive success. Accord...
Mm-wave Dual-Mode Patch Filters on 55-nm BiCMOS
Mm-wave Dual-Mode Patch Filters on 55-nm BiCMOS
In this paper, the patch concept is applied to the design of millimeter-wave band-pass filters in BiCMOS 55 nm technology. The operation frequencies are 120 GHz and 200 GHz, respec...
Complex discrete comb filters with individually tunable partial domains
Complex discrete comb filters with individually tunable partial domains
Problem Statement. The design of tunable complex discrete non-recursive and recursive bandpass and bandstop comb filters is currently a highly relevant task for solving problems of...
Refining intra-patch connectivity measures in landscape fragmentation and connectivity indices
Refining intra-patch connectivity measures in landscape fragmentation and connectivity indices
Abstract
Context. Measuring intra-patch connectivity, i.e. the connectivity within a habitat patch, is important to evaluate landscape fragmentation and connectivity. Howev...
Reducing Computational Complexity in Vision Transformers Using Patch Slimming
Reducing Computational Complexity in Vision Transformers Using Patch Slimming
Vision Transformers (ViTs) have emerged as a dominant class of deep learning models for image recognition tasks, demonstrating superior performance compared to traditional Convolut...
Novel transversal topologies and coupled resonator configurations for acoustic wave filters
Novel transversal topologies and coupled resonator configurations for acoustic wave filters
(English) During the last years, electro-acoustic technology has been a key factor in the development of portable devices thanks to its high performance and very compact filtering ...
Rigless Well Intervention Using Tubing Patch Technology Helps Restore Inactive Wells
Rigless Well Intervention Using Tubing Patch Technology Helps Restore Inactive Wells
Abstract
This paper provides in-depth analysis of a low-cost solution to economically sustain production and avoid high workover costs. This paper conducts the techn...