Keysight (Agilent) U1061A

(Acqiris DC140) High-Speed Digitizer

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Agilent-Hp U1061A-002 / Acqiris DC140 Dual-Channel, 1-2 GS/s High-Speed Digitizer Acqiris High-Speed Digitizers: The proprietary ADC chipsets in Agilent Technologies Acqiris high-speed digitizers are designed for the specific purpose of optimizing high-speed ADC performance. The analog front-end technology provides the signal conditioning, amplification, and interleaving functions essential to achieving high-speed data acquisition at GS/s rates. The digital data handling components provide vital clock and synchronization signals, to capture and memorize acquired data with maximum data throughput. Together, these ASICS make low-power, high-fi delity data acquisition much more accessible and provide maximum data throughput to the host PC or processor to reduce the time and cost of measurement. The Acqiris product line provides a range of high-speed digitizer cards1 with 8-, 10- and 12-bit resolution, wide bandwidths, and large acquisition memory. These products, in PCI, PXI, cPCI, and VME formats, are used in research and in ATE and OEM applications in industries such as biotechnology, semiconductors, aerospace, physics, and astronomy. Main Features: Two-channel digitizer with synchronous dual-channel acquisition, independent gain and offset on each channel, and interleaved single-channel mode Choice of fully-featured mezzanine front-end design with internal calibration and input protection, offering 50 Ohm or 1 MOhm input impedance, with up to 1 GHz analog bandwidth in all FS ranges Up to 2 GS/s sampling rate and 16 MSamples of acquisition memory Multipurpose I/O connectors (Ctrl I/O) for trigger, clock, reference, and control signals Compliant to both the PXI and CompactPCI standards with exceptionally low power consumption Built-in 5 ps trigger time interpolator (TTI) for accurate timing measurements Low dead-time sequential recording with up to 8,000 time stamp segments Optional firmware for frequency counter functionality Device drivers for Windows , VxWorks, LabViewRT, and Linux, with application code examples for MATLAB , C/C++, Visual Basic, LabVIEW, and LabWindows/CVI Options: U1061A-001 = Dual-channel, 500 MHz, 0.5-1 GS/s, 64-128 kSample, DC135 U1061A-002 = Dual-channel, 1 GHz, 1-2 GS/s, 128-256 kSample, DC140 U1061A-M16 = 16 MSample acquisition memory for U1061A-002 U1061A-M4M = 4 MSample acquisition memory for U1061A-001 U1061A-FC1 = Frequency counter firmware & U1061A-F50 U1061A-FHZ = 50 Ohm/1 MOhm, 1 GHz/300 MHz front-end U1061A- F50 = 50 Ohm, 1 GHz front-end U1061A-CPC = Compact PCI slot-compatible connector U1061A-PXH = PXI hybrid slot-compatible connectors U1061A-PXI = PXI Standard connectors U1061A-UK6 = Calibration Certificate and Cal Data
List of Options
001 Dual-channel, 500 MHz, 0.5-1 GS/s, 64-128 kSample, DC135
BNC BNC Connectors
FC1 Frequency counter firmware & U1061A-F50
FHZ 50 Ohm/1 MOhm, 1 GHz/300 MHz front-end
PXI PXI Standard connectors
STD Standard

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