Showing results: 1 - 15 of 382 items found.
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ATS9462 -
AlazarTech
ATS9462 was the world''s first waveform digitizer with a 4-lane PCI Express interface. Boasting data throughput as fast as 720 MB/s and sample rate of 180 MS/s across 2 simultaneous inputs, ATS9462 is an ideal solution for many applications, including OCT, RF signal capture, ultrasonic inspection and radar.
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VX2344 -
VX Instruments GmbH
Digitize high-resolution waveforms with the fully isolated VX2344 VXI digitizer. Minimize interference and measure "in-circuit" within circuits.
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PXD731x/70xx -
VX Instruments GmbH
Digitize high-resolution waveforms with the fully isolated PXD Series digitizers. Minimize interference and measure "in-circuit" within circuits. Measurement errors are reduced by a high input impedance.
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ATS9872 -
AlazarTech
ATS9872 is an 8-bit waveform digitizer board that can sample two analog inputs at rates up to 1 GS/s.
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ATS9353 -
AlazarTech
ATS9353 is a low-noise 12-bit waveform digitizer board designed for OEM customers. It can sample two analog inputs at rates up to 500 MS/s.
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ATS9351 -
AlazarTech
ATS9351 is a low-noise, 500 MS/s 12 bit PCI Express waveform digitizer designed for OEM customers. With fixed input range of +/- 400 mV and signal to noise ratio in excess of 61 dB, ATS9351 is an ideal solution for swept-source OCT applications.
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ATS9440 -
AlazarTech
ATS9440 is a 4-channel, 14 bit, 125 MS/s waveform digitizer based on the 8-lane PCI Express interface. Boasting data throughput as fast as 1.6 GB/s, ATS9440 is an ideal solution for many applications, including spectrometry, radar, ultrasonics and RF signal recording.
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ATS9870 -
AlazarTech
ATS9870 is the world''s first Giga-sample waveform digitizer based on the 8-lane PCI Express interface. Boasting data throughput as fast as 1.6GB/s (1600 MB/s) and sample rate of 1 GS/s across 2 simultaneous inputs, ATS9870 is an ideal solution for many applications, including radar, ultrasonics, spectrometry and RF signal recording.
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ATS9350 -
AlazarTech
ATS9350 is the fastest 12 bit waveform digitizer based on the 8-lane PCI Express interface. Boasting data throughput as fast as 1.6 GB/s (1600 MB/s) and sample rate of 500 MS/s across 2 simultaneous inputs, ATS9350 is an ideal solution for many applications, including OCT, radar, ultrasonics, spectrometry and RF signal recording.
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ATS9360 -
AlazarTech
ATS9360 is a fast,12 bit waveform digitizer based on the 8-lane PCI Express Gen2 interface. With on-FPGA FFT and boasting data throughput as fast as 3.5 GB/s (3500 MB/s) and sample rate of 1.8 GS/s across 2 simultaneous inputs, ATS9360 is an ideal solution for many applications, including next generation OCT, radar, ultrasonics, spectrometry and RF signal recording.
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ATS9625 -
AlazarTech
ATS9625 is a 250 MS/s 16 bit PCI Express waveform digitizer with an on-board, user-programmable FPGA. With fixed ac-coupled input range of 2.5 Vp-p and signal to noise ratio in excess of 75 dB, ATS9625 is an ideal solution for radio applications.
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ATS9626 -
AlazarTech
ATS9626 is a 250 MS/s 16 bit PCI Express waveform digitizer with an on-board, user-programmable FPGA. With fixed dc-coupled input range of +/- 1.25V and signal to noise ratio in excess of 72 dB, ATS9625 is an ideal solution for applications that require high dynamic range with dc coupling.
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ATS9373 -
AlazarTech
ATS9373 is a 12 bit waveform digitizer board that can sample one analog input at rates up to 4 GS/s or two inputs at 2 GS/s. With on-FPGA FFT signal processing and data throughput as fast as 6.8 GB/s (6800 MB/s), ATS9373 is an ideal solution for many applications, including next generation OCT, radar, ultrasonics, spectrometry and RF signal recording.
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WFD20 -
APPLICOS
The WFD20 is a 20 bit Waveform Digitizer for medium-speed / high resolution waveform capturing and analyzing. The module combines an excellent dynamic performance with a very high DC accuracy. The module features a fully differential input path to reduce common-mode level disturbances.
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WFD22 -
APPLICOS
The WFD22 is a 22 bit Waveform Digitizer for medium-speed / high resolution waveform capturing and analyzing. It combines superior dynamic performance with a very high DC accuracy.The module features fully differential inputs to reduce common-mode level disturbances. It can also be used in Single Ended mode where an internal DC-offset source sets the midscale level.