
Catalog excerpts

Acqiris High-Speed PCIe Digitizers with On-Board Signal Processing Targeting Embedded OEM Applications With firmwares for high-speed digitization, simultaneous acquisition and readout, real-time averaging, and real-time signal peak detection Anticipate_Accelerate_Achieve 'O.' Agilent Technologies
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Main Features • Highly flexible, high-speed data acquisition card with on-board FPGA for real-time data processing • Dual- and single-channel acquisition modes • Up to 4 GS/s sampling rate • Up to 1.5 GHz bandwidth • Processing memory options up to 512 MB • High-speed PCI Express x4 bus transfers data up to 520 MB/s to a host processor • Fully featured 50 Ω front-end with programmable fullscale, offset, and internal calibration • Complete pre- and post-triggering • Six I/O connectors for trigger, clock, reference, and control signals • Built-in 15 ps Trigger Time Interpolator (TTI) for...
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Agilent Acqiris High-Speed Digitizers Compliance, Reliability and Accuracy The proprietary ASICS in Agilent Acqiris high-speed digitizers are designed for the specific purpose of optimizing high-speed ADC performance. The analog front-end technology provides signal conditioning, amplification, and interleaving functions essential for 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, highfidelity data...
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High-Speed Digitizer with On-Board Signal Processing Front end mezzanine with ADC The analog mezzanine contains the analog signal conditioning (amplification, offset, and channel interleaving) as well as the analog-to-digital converter (ADC) component. Impedance on the two input channels (CH1, CH2) is fixed at 50 Ω ± 1%. Either input can be used as a trigger source. Normally the two channel inputs are sent to their dedicated ADCs and simultaneously sampled at 2 GS/s. Alternatively, with channel interleaving, the signal from either one of the channels can be sent to both ADCs to achieve...
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Flexible data processing The FPGA provides capacity for real-time processing of the acquired data. The firmware options loaded into the processing FPGA can provide either: The U1084A is able to hold any two of the available firmware options (-DGT/-DGS, -AVG or -TDC), and can switch between these two in a matter of seconds without powering-off the host computer. This feature adds flexibility and enables the digitizer to be used in a wider field of applications, performing additional measurements on the go. • -DGT/-DGS: Basic high-speed digitization with long acquisition memory or...
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Acqiris High-Speed PCIe Digitizers U1084A-001, dual channel, 8-bit, 1.5 GHz, 2 to 4 GS/s U1084A-002, dual channel, 8-bit, 1.5 GHz, 1 to 2 GS/s U1084A-003, dual channel, 8-bit, 500 MHz, 0.5 to 1 GS/s Signal input Time base Channels -001: Dual at up to 2 GS/s Single at up to 4 GS/s -002: Dual at up to 1 GS/s Single at up to 2 GS/s -003: Dual at up to 500 MS/s Single at up to 1 GS/s Clock accuracy Better than ± 2 ppm Sampling jitter < 1 ps rms for 10 μs record length with internal clock and reference (measured) Control signals (I/O A, B, and C) TTL & CMOS compatible (3.3 V) Bandwidth (-3 dB)...
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Real-time FGPA control (I/O A, B, and C) FPGA Virtex 5-5SX95T Control Signals TTL & CMOS compatible (3.3 V) Memory 1 72 Mbit SRAM -STD: 512 MB DRAM -256: 256 MB DRAM -128: 128 MB DRAM Warranty 1 year 3 years (optional) Environmental and physical 2 Operating temperature 5° to 40 °C (PC internal ambient temperature) Relative humidity Type-tested at 80 % (non-condensing) Dimensions PCIe full-length standard General Host computer and operating system PC compatible (x86) systems running 32-and 64-bit Microsoft Windows, and Linux. Transfer speed High-speed PCIe 1.1 x4 bus transfers data at...
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Firmware for High-Speed Digitizers U1084A-DGT with long acquisition memory U1084A-DGS with simultaneous acquisition and readout Main Features The on-board processing engine of the U1084A provides extended performance for high speed data acquisition. Smart memory handling with sustained sequential recording mode, allows continuous data acquisition and readout of high-trigger rate signals. • High-speed digitizer firmwares with dual- and singlechannel acquisition modes • Up to 4 GS/s sampling rate on either channel • Segmented acquisition Digitizer rmware options • Simultaneous acquisition and...
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Sequence acquisition Digitizers acquire waveforms in association with triggers. Each waveform is made of a series of measured voltage values (sample points) that are acquired by the ADC at a uniform clock rate. To maximize sampling rates and utilize memory as efficiently as possible, the U1084A digitizer firmwares include both single and sequential storage modes. Minimum bank switching dead time for remarkable sustained rates The sustained sequential recording (SSR) mode of the U1084A-DGS digitizer maximizes the available data throughput allowing data acquisition to run in parallel to the...
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Firmware for High-Speed Digitizers U1084A-DGT with long acquisition memory U1084A-DGS with simultaneous acquisition and readout Running on U1084A card Digital conversion Time base Trigger (channel and external) Sample rate 4 GS/s (-001 only), 2 GS/s (-001 and -002 only), 1 GS/s, 500 MS/s, 250 MS/s, 125 MS/s, 62.5 MS/s, 31.25 MS/s, 15.6 MS/s, 7.8 MS/s, 3.9 MS/s, 1.95 MS/s, 977 kS/s, 488 kS/s Clock accuracy Better than ± 2 ppm Channel trigger Threshold adjust range: FS of channel Sensitivity, DC to 1.5 GHz: > 15% FS (measured) Optional memory -DGT: -STD: 512 MS or 256 MS/channel -256: 256 MS...
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Control signals (I/O A, B, and C) TTL & CMOS compatible (3.3 V) Control output (I/O A, B, and C) Acquisition active Acquisition skipping to next segment Current requirements (typ.) Sampling at 4 GS/s + 12 V 2.5 A + 3.3 V 3A Control input (I/O A and B) Trigger enable External clock (CLK IN) Connectors MCX, gold-plated Clock reference Amplitude: > 1 V pk-pk into 50 Ω (measured) Threshold: variable between - 2 V and + 2V (typ) Maximum input voltage: ± 5 V DC Clock input 1 GHz or 2 GHz Reference frequency 10 MHz ± 0.3% (measured)
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