ALMA-FED 2021: ALMA Front End Development (Virtual) Conference 2021

Session

Receivers (SIS)

3

29 Sept 2021, 13:00

Conveners

Receivers (SIS): Wideband Technology development for ALMA receiver upgrades at NAOJ

• Takafumi Kojima (-)

Receivers (SIS): SIS based mixers development for radio astronomy

• Kirill Rudakov (-)

Receivers (SIS): On Extending the IF Bandwidth of ALMA Band # 6 SIS Mixers

• Marian Pospieszalski (-)

Receivers (SIS): ALMA Band 6v2 Receiver Upgrade

• Alessandro Navarrini (-)

Receivers (SIS): ALMA Band 6 Local Oscillator Noise Improvement

• Kamaljeet Saini (-)

Receivers (SIS): The status of SIS Process Development at GARD

• Alexey Pavolotsky (-)

Receivers (SIS): The development of low-noise, wide-band SIS mixer receivers based on a zero-IF architecture

• Ray Blundell (-)

Receivers (SIS): Discussion (lead: Neil Phillips)

• Neil Phillips (-)

Receivers (SIS): Development of a new wideband heterodyne receiver system (RF: 210–375 GHz, IF: 4–21 GHz) for the Osaka 1.85-mm mm-submm telescope

• Toshikazu Onishi (-)

Receivers (SIS): Development of Band 7+8 Cartridge Receiver

• Jung-Won Lee (-)

Receivers (SIS): On-going mixer developments at IRAM

• Doris Maier (-)

Receivers (SIS): Dual Band upgrade of NOEMA Receivers

• Anne-Laure Fontana (-)

Receivers (SIS): Developing for ALMA's future at NOVA

• Ronald Hesper (-)

Receivers (SIS): Discussion (lead: Kamaljeet Saini)

• Kamaljeet Saini (-)

Receivers (SIS): 4 - Receivers (SIS): Broad IF band vs. Broad RF Band

• Victor Belitsky

Description

Day 3: Receivers (SIS)
11:00 Wideband Technology development for ALMA receiver upgrades at NAOJ Takafumi Kojima invited
11:05 SIS based mixers development for radio astronomy Kirill Rudakov 6 contributed
11:10 On Extending the IF Bandwidth of ALMA Band # 6 SIS Mixers Marian Pospieszalski 6 invited
11:15 ALMA Band 6v2 Receiver Upgrade Alessandro Navarrini 6 invited
11:20 ALMA Band 6 Local Oscillator Noise Improvement Kamaljeet Saini 6 contributed
11:25 The status of SIS Process Development at GARD Alexey Pavolotsky 5-9 contributed
11:30 The development of low-noise, wide-band SIS mixer receivers based on a zero-IF architecture. Ray Blundell 5-8 invited
11:35 Discussion Neil Phillips
12:00
Development of a new wideband heterodyne receiver system (RF: 210–375 GHz, IF: 4–21 GHz) for the Osaka 1.85-mm
mm-submm telescope Toshikazu Onishi 6-7 invited
12:05 Development of Band 7+8 Cartridge Receiver Jung-Won Lee 7-8 contributed
12:10 On-going mixer developments at IRAM Doris Maier 2-7 invited
12:15 Dual Band upgrade of NOEMA Receivers Anne-Laure Fontana 2-7 contributed
5 12:20 Developing for ALMA's future at NOVA Ronald Hesper 9 invited
12:25 Calculation and Analysis software for SIS-Mixers Daniele Ronso Lima 9 contributed
12:30 Discussion Kamaljeet Saini

10. ALMA Band 6v2 Receiver Upgrade

Invited Talks

Invited Talk

We report on our proposal to develop an upgrade for the existing 211-275 GHz ALMA Band 6 receiver, referred to as “Band 6v2”, which complies with the strategies defined in the ALMA Development Roadmap to 2030 and with the recommendations of the ALMA Front-end & Digitizer Requirements Upgrade Working Group. The goal is to deliver an improved production-level receiver based on (i) a new Cold...

7. Development of a new wideband heterodyne receiver system (RF: 210–375 GHz, IF: 4–21 GHz) for the Osaka 1.85-mm mm-submm telescope

Invited Talks

Invited Talk

We report the development of a wideband receiver system using a corrugated horn covering 210–375 GHz (56% fractional bandwidth; Yamasaki et al. 2021, PASJ), wideband waveguide multiplexers (Masui et al. 2021, PASJ), and a wideband SIS-mixer with an IF (intermediate frequency) output of 4-21 GHz (Kojima et al. 2020, A&A). In the system, the RF signal from the horn is divided into two...