Conveners
Custom Cell-, Circuit-, and System Design: (1/3)
- Marc Fossion (Thales Alenia Space Belgium)
Custom Cell-, Circuit-, and System Design: (2/3)
- Michael Kakoulin (IMEC)
Custom Cell-, Circuit-, and System Design: (3/3)
- Florence Malou (CNES)
Description
Custom cell-, circuit-, and system design of ICs for space applications Full custom digital, analogue, or mixed-signal: Front-end, Signal processing, Data converters, Receivers and transmitters, Drivers, or other.
Mr
Ernesto Pun
(ARQUIMEA)
18/06/2018, 11:20
Analogue intellectual property and re-usability of analogue circuits in space
Oral
1. Summary/Abstract
2. Introduction
3. Design goals:
3.1. Requirements
3.2. Challenges
4. Architecture analysis:
4.1. Reused IPs
4.2. Block diagram
5. Project milestones
6. Conclusions
7. References
Hans-Ulrich Zurek
(Atmel-Microchip)
18/06/2018, 11:45
Space applications for analogue and mixed-signal ICs
Oral
Microchip Technology Inc. as a leading provider of microcontrollers for space application design is continuously proposing new devices for the space domain.
In addition to an increased power-computing performance, the new generation of microcontrollers integrates more and more advanced analog functions.
Use of the ATMX150RHA radiation hardened mixed technology for the development of the...
Mr
Fredrik Johansson
(Cobham Gaisler)
18/06/2018, 12:10
Space applications for analogue and mixed-signal ICs
Oral
ABSTRACT
This paper describes the mixed-signal microcontroller GR716 targeting embedded control applications with hard real-time requirements. Prototype devices are currently beeing tape-out in the activity Microcontroller for embedded space applications, initiated and funded by the European Space Agency (ESA). The presentation and paper will describe the mixed digital and analog...
Mr
Jan Wouters
(Imec)
18/06/2018, 16:00
Space applications for analogue and mixed-signal ICs
Oral
A radhard space-grade LVDS dual transmitter chip is designed. The functionality includes high input common mode voltage (-4 to 5V), high ESD immunity (8 kV), active failsafe operation (for Rx), and cold spare. To be able to realize this, at transistor level several novel techniques had to be applied; this paper will highlight several of these.
**Rx**: failsafe: a novel architecture is used,...
46.
Correlators for Interferometric Radiometry in Remote Sensing Applications, A Scaling Perspective
Mr
Erik Ryman
(Omnisys Instruments AB)
18/06/2018, 16:25
Space applications for analogue and mixed-signal ICs
Oral
Correlators are extensively used in the field of radio interferometry. Two different types are considered for two applications; autocorrelators for spectrometry and cross-correlators for aperture synthesis. We concentrate on satellite-based applications where power budgets are very restrictive. Several satellites are already employing correlators for interferometric measurements, and future...
Dr
Romain PILARD
(Teledyne e2v)
19/06/2018, 16:00
Other topics
Oral
Teledyne e2v has developed a new ADC to meet the high dynamic range as well as channel integration requirements of telecommunications payloads.
It is a quad channel single core 12bit 1.5 GSPS designed by Teledyne e2v on ST Microelectronics BiCMOS9 technology which features 0.13µm CMOS and SiGeC NPN HBT bipolar technology (Ft/Fmax = 166/175GHz). The built-in Cross Point Switch (CPS) allows a...
Dr
Toshitsugu Sakamoto
(NEC Corporation)
19/06/2018, 16:25
Custom cell-, circuit-, and system design of ICs for space applications
Oral
The Internet of Things (IoT) has been envisioned as a fundamental infrastructure that will bring about useful information and knowledge resulting in efficiency and growth in industry and improved comfort and safety in human life. Sensors, networks, and information technology (IT) are designated as key technology elements to make IoT a practical knowledge framework. IoT is to be used for...
Mr
Jorge Marin
(KU Leuven)
19/06/2018, 16:50
Custom cell-, circuit-, and system design of ICs for space applications
Oral
The harsh environment of space mission applications is at the same time a growing field and a challenging playground for electronic sensor systems. The need of accurate and reliable information about several parameters such as structure sanity, turbine combustion and fuel tank state, among many others, requires sensor systems to be placed *in situ*. Thus, robust, reliable and accurate sensing...
