We describe the technological concept and the first-light results of a 1024-channel spectrometer based on field programmable gate array (FPGA) hardware. This spectrometer is the prototype for the seven beam L-band receiver to be installed at the Effelsberg 100-m telescope in autumn 2005. Using “of-the-shelf” hardware and software products, we designed and constructed an extremely flexible Fast-Fourier-Transform (FFT) spectrometer with unprecedented sensitivity and dynamic range, which can be considered prototypical for spectrometer development in future radio astronomy
The rapid advances in processing capabilities of modern Field Programmable Gate Array (FPGAs) combin...
A family of state-of-the-art digital Fourier transform spectrometers has been developed, with a comb...
In radio astronomy, the radio spectrum is used to detect weak emission from celestial sources. By sp...
We describe the technological concept and the first-light results of a 1024-channel spectrometer bas...
The core architecture, tests in the lab and first results of a Fast Fourier Transform (FFT) spectrom...
Context. We present the technology and first scientific results of a new generation of very flexib...
We present our second generation of broadband Fast Fourier Transform Spectrometer (FFTS), optimized ...
We review the development of our digital broadband Fast Fourier Transform Spectrometers (FFTS). In j...
Context. We describe the concept, construction, and testing of TasPGA, a new, versatile digital si...
A field programmable gate array spectrometer for radio astronomy First light at the Effelsberg 100-m...
Abstract We have developed a digital fast Fourier transform spectrometer made of an analog-to-digita...
We describe the performance of our latest generations of sensitive wide-band high-resolution digital...
A high-performance FFT processor for spectrometer applications in space has been designed, implement...
Spectroscopy has been a major technique in radioastronomy for decades and spectrometers are used in ...
Our group seeks to revolutionize the development of radio astronomy signal processing instrumentatio...
The rapid advances in processing capabilities of modern Field Programmable Gate Array (FPGAs) combin...
A family of state-of-the-art digital Fourier transform spectrometers has been developed, with a comb...
In radio astronomy, the radio spectrum is used to detect weak emission from celestial sources. By sp...
We describe the technological concept and the first-light results of a 1024-channel spectrometer bas...
The core architecture, tests in the lab and first results of a Fast Fourier Transform (FFT) spectrom...
Context. We present the technology and first scientific results of a new generation of very flexib...
We present our second generation of broadband Fast Fourier Transform Spectrometer (FFTS), optimized ...
We review the development of our digital broadband Fast Fourier Transform Spectrometers (FFTS). In j...
Context. We describe the concept, construction, and testing of TasPGA, a new, versatile digital si...
A field programmable gate array spectrometer for radio astronomy First light at the Effelsberg 100-m...
Abstract We have developed a digital fast Fourier transform spectrometer made of an analog-to-digita...
We describe the performance of our latest generations of sensitive wide-band high-resolution digital...
A high-performance FFT processor for spectrometer applications in space has been designed, implement...
Spectroscopy has been a major technique in radioastronomy for decades and spectrometers are used in ...
Our group seeks to revolutionize the development of radio astronomy signal processing instrumentatio...
The rapid advances in processing capabilities of modern Field Programmable Gate Array (FPGAs) combin...
A family of state-of-the-art digital Fourier transform spectrometers has been developed, with a comb...
In radio astronomy, the radio spectrum is used to detect weak emission from celestial sources. By sp...