| Author(s) |
Title |
Poster |
J. Bunton
|
A LNSD-NNSW hybrid
|
PDF |
S .Jackson,
P. Hall,
J. Harrison |
A single-chip RF CMOS receiver for SKA pathfinders |
PDF |
| L. Bakker |
APERTIF: Receiver Architecture Options |
PDF |
| J. Bunton |
Cataloque of Fields of View for SKA Concepts
|
PDF |
| B. Woestenburg |
Definition of Array Receiver System Gain
and Noise Temperature |
PDF |
A. van Houwelingen
P. Patel
D. Kant
M. Ruiter
M. Drost
E. van der Wal
M. Zuliani
I. Thomas
|
EMBRACE: an Electronic Multi-Beam Radio Astronomy
ConcEpt
|
PDF |
P. Maat
|
Photonic phased array signal processing
|
PDF |
S. Weinreb,
J. Bardin
|
Radio Astronomy Receivers by the Thousands
|
PDF |
| B. Woestenburg |
S/N-ratio and Conjugate Field Matching in
Phased Arrays |
PDF |
J. Bregman,
M. van Veelen
|
SKA performance growth scenarios
|
PDF |
| O. Smirnov |
SKA Simulations With MeqTrees |
|
M. van Veelen,
J. Lemaîtr,
Jaap Bregman
|
SKADS Scalable Design and Implementation |
PDF |
A.J. Green,
E.M. Sadler,
D. Campbell-Wilson,
A. Blake ,
T. J. Adams
M.J. Kesteven,
L. deSouza,
J Bunton,
J. Russell,
C. Weimann
|
SKAMP - the SKA Molonglo Pathfinder
|
PDF |
B. Woestenburg
J.G. bij de Vaate
R. Witvers |
Technology Assessment of LNAs for an SKA
Aperture Phased Array |
PDF |
A.J. Boonstra,
A. Gunst
|
The LOFAR Remote Station
|
PDF |
| J. Bunton |
Transient Acquisition Speed
|
PDF |
| B. Woestenburg |
Use of the Active Reflection Coefficient
in LNA Design for Arrays |
PDF |
L. Belostotski
J.W.Haslett |
Wideband Room Temperature 0.35-dB Noise Figure
LNA in 90-nm Bulk CMOS |
PDF |
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