Sentence examples for noise readout from inspiring English sources

Suitable low noise readout electronics have to be designed in order to exploit the SDD intrinsic performances.

Main device characteristics have been measured at T=4.2 K by using a low noise readout electronics.

Readout ASIC has been implemented in a separate chip using a 0.35 μm CMOS technology to provide a high resolution and low noise readout of the sensors, by also providing the compensation of large offset in the detector response.

These seemingly modest goals present a not-so-modest quantum leap for far IR detector technology whose progress is hampered by a number of complexities; chief among them the development of low noise readouts operating at deep cryogenic temperatures and a viable hybridization scheme suitable for far IR detectors.

This paper presents a true differential, low-noise readout scheme for multiple output capacitive sensors.

A low-noise readout method based on the charge integration and the delayed peak detection is proposed.

The quick and low-noise readout is essential for the pile-up free imaging spectroscopy with a future X-ray telescope.

In the longer term, when material problems are sufficiently under control, we believe the future lies in the development of heterostructures and inserted interface layers to overcome contacting problems and quantum heterostructures and superlattices to facilitate low-noise readout.

This system is being implemented as a CMOS ASIC, in 180 nm commercial technology, that will provide low-noise readout of the signals induced on the TPC wires, digitization of those signals at 2 MS/s, zero-suppression, buffering and output multiplexing to a small number of cryostat feed-throughs.

Meanwhile, the noise of readout electronics is usually trivial for organic, plastic, or liquid scintillator with PSD ability because of their poor intrinsic energy resolution.

X-ray pixel chip with adaptable dynamics (XPAD3) is a new pixellized photon detector based on hybrid pixel technology, which provides low noise data readout at high speed.