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- | ====== WP5 JRA AETHRA ====== | + | ====== WP6 JRA BRAND EVN ====== |
- | AETHRA (Advanced European Technologies for Heterodyne Receivers for Astronomy) aims at exploiting new technologies, such as highly integrated microelectronic semi- or superconducting circuits, to significantly improve the next generation receivers of mm and sub-mm wavelength telescopes, reinforcing European technological and scientific leadership by considerably improving the receiver performance and observing speed of the European-owned world- leading facilities ALMA, APEX, NOEMA and PV. The most effective means to boost the observing speed of those instruments at a reasonable cost consist of: | + | The main objective of BRAND EVN (BRoad bAND EVN) is to develop and build a prototype broad-band digital |
- | a) widening the Intermediate/Radio frequency (IR/FR) receiver bandwidths and b) implementing large focal plane arrays (FPAs) of heterodyne receivers. ({{{{:jra:730562_radionet_wp5.pdf|WP5 Description)}}. | + | receiver, which will cover a frequency range from 1.5 GHz to 15.5 GHz (1:10 range, chosen to include the 2 cm VLBA |
+ | band). The BRAND frontend can be adapted to different EVN antennas. The backend part can also be used for other | ||
+ | receivers with a RF frequency or IF range between 0-16 GHz. ({{:jra:730562_radionet_wp6.pdf|BRAND EVN Description}}). | ||
- | **The AETHRA parter:** MPG, IRAM, INAF, OSO, STFC, SRON, OBSPARIS, UOXF, UAH, ESO, Fraunhofer, RUG, UCO, TUD | + | **The BRAND EVN parter:** MPG, ASTRON, INAF, OSO, UAH-IGN, VUC |
- | **The AETHRA tasks:** | + | **The BRAND EVN tasks:** |
- | * WP5.1: Semiconductor LNAs and MMIC receivers [MPG, IRAM, INAF, Fraunhofer] | + | * WP6.1: Feasibility survey of EVN antennas [UAH, OSO, INAF] |
- | * WP5.2: Very large Focal Plan Array of SIS mixer receivers [IRAM, OSO, UOXF, UAH] | + | * WP6.2: BRAND receiver frontend [MPG, INAF, OSO, UAH] |
- | * WP5.3: FPA of receivers operating around 1 THz [UOXF, SRON, OBSPARIS, RUG, UAH, UCO, TUD] | + | * WP6.3: BRAND backend [INAF, MPG, ASTRON, VUC] |
- | * WP5.4: Subtasks common to Tasks 5.1-5.3 [IRAM, OSO, STFC, OBSPARIS, UOXF, UAH, RUG, UCO, TUD] | + | * WP6.4: Control, recording and correlation software [INAF, MPG, OSO, ASTRON] |
+ | * WP6.5: Integration at telescope and test observation [INAF, MPG, OSO, UAH] | ||
- | This activity is lead by IRAM - Leader F. Gueth. | + | This activity is lead by MPG - Leader W. Alef. |
---- | ---- | ||
- | ===== AETHRA Meetings / Teleconferences ===== | + | ===== BRAND EVN Meetings ===== |
- | * 11-12 April 2017, Grenoble/FR - [[https://events.mpifr-bonn.mpg.de/indico/event/41/|AETHRA Kick off]] | + | * 17-18 January 2017, Alcala/ES - [[https://events.mpifr-bonn.mpg.de/indico/event/25/|BRAND EVN Kick off]] |
+ | |||
+ | ===== BRAND EVN Daily Management ===== | ||
+ | Is organised on: https://deki.mpifr-bonn.mpg.de/03RadioNet4/BRAND | ||
---- | ---- | ||
===== Deliverables ===== | ===== Deliverables ===== | ||
- | The following deliverables are scheduled for WP5: | + | The following deliverables are scheduled for WP6: |
- | + | ||
- | ^No^ Del. Title^Lead beneficairy^Type^Dissemination level^Due date^Submission date^Document^ | + | |
- | |D5.1|SIS junction mixer operating around 1 THz|UOXF|RE|Public|30.6.2019| | | | + | |
+ | ^No^ Del. Title^Lead beneficairy^Type^Dissem. level^Due date^Subm. date^Document^ | ||
+ | |6.5|Test results of the integrated BRAND receiver|MPG|RE|Public|30.06.2020| | | | ||
+ | |6.4|Description and evaluation of the Control, Recording and Correlation software|ASTRON|RE|Public|31.12.2019|7.12.2020 |{{ :jra:730562_radionet-d6.4_201207.pdf |D6.4}} | | ||
+ | |6.3|Description and evaluation of the digital part of the BRAND receiver (backend)|INAF|RE|Public|31.12.2019|18.12.2020 |{{ :jra:730562_radionet-d6.3._201218.pdf |D6.3}} | | ||
+ | |D6.2|Description and evaluation of the analogue part of the prototype (frontend) of the BRAND receiver for one selected antenna|OSO|RE|publica| 31.12.2019|10.09.2020 |{{ :jra:730562_radionet-d6.2_200910.pdf |D6.2}} | | ||
+ | |D6.1|Report on recommendations for individual EVN antennas.|UAH|RE|Public|30.6.2017|30.6.2017 |{{:jra:730562_radionet-del6.1_170630.pdf|D6.1}} | | ||