Showing results: 46 - 60 of 214 items found.
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GaGe
The GaGe RazorEdge Express CompuScope is a dual-channel 14-bit digitizer supporting A/D sampling rates up to 250 MS/s with up to 125 MHz input bandwidth.
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GaGe
The GaGe Razor Express 14X2 CompuScope PCIe digitizer board features 14-bit resolution with sampling rates up to 200 MS/s with true Effective Number of Bits (ENOB) of 11-bits with 10 MHz input.
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GaGe
The GaGe RazorPlus Express CompuScope is a dual-channel 14-bit digitizer supporting A/D sampling rates up to 500 MS/s with up to 250 MHz input bandwidth.
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EON Express CompuScope -
GaGe
The GaGe EON Express CompuScope PCIe Gen3 digitizer board features unprecedented speed and resolution in a 6 GS/s streaming digitizer with 1.75 GHz bandwidth and PCIe data streaming rates up to 6 GB/s.
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GaGe
The GaGe CobraMax Express CompuScope PCIe digitizer board features 8-bit resolution with sampling rates up to 4.0 GS/s with true Effective Number of Bits (ENOB) of 7.6-bits with 10 MHz input.
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ADQ32 -
Teledyne SP Devices
ADQ32 supports sustained streaming of up to 7 Gbyte/s either to the host PC or via pinned buffer to graphics processing units (GPUs).
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ADQ32-PDRX -
Teledyne SP Devices
ADQ32-PDRX acquires the input signal via a single connector and uses an onboard splitter to separate the signal into two paths with different gain settings. The high gain path is used to accurately capture low-amplitude portions of the input signal whereas the low gain path ensures the acquisition of high-amplitude peaks without causing saturation. The two signal paths are then combined in real-time inside the onboard field-programmable gate array (FPGA) to create a digitized output with improved performance.PDRX increases the dynamic range by 3 bits and is fully integrated into the digitizer for fast and easy system-level integration. ADQ32-PDRX is therefore comparable with a 16-bit digitizer in terms of dynamic range, but with the benefit of offering a higher sampling rate.
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ADQ33 -
Teledyne SP Devices
ADQ33 offers a two channel configuration with 1 GSPS sampling rate. The programmable DC-offset makes it ideal for sampling unipolar signals.
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ADQ36 -
Teledyne SP Devices
ADQ36 offers software-selectable two- or four-channel configuration with 5 or 2.5 GSPS sampling rates respectively. The programmable DC-offset makes it ideal for sampling unipolar signals.
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ADQ1600RF -
Teledyne SP Devices
The ADQ1600RF (formerly named ADQ1600) is a world-leading 14 bit digitizer. With its unique 1600 MSPS capture rate, enabled by SP Devices’ ADC interleaving technology ADX, the ADQ1600RF opens for demanding measurements such as RF/IF sampling, high resolution ultra sound imaging and high-speed data recording.
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ADQ214-DCLN -
Teledyne SP Devices
The ADQ214-DCLN digitizer features dual channels, 14-bit resolution, 400 MSPS capture rate and is optimized for highly accurate low noise measurements. The ADQ214-DCLN is ideal for phase noise measurements and wideband IQ-receivers.
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ADQ1600TD -
Teledyne SP Devices
The ADQ1600TD is a world-leading 14 bit digitizer optimized for time-domain pulse capture. With its unique 1600 MSPS capture rate, enabled by SP Devices’ ADC interleaving technology ADX, the ADQ1600TD opens for demanding measurements such as time-domain pulse capture and high-speed data recording.
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ADQ30 -
Teledyne SP Devices
ADQ30 offers a single-channel configuration with 1 GSPS sampling rate. The programmable DC-offset makes it ideal for sampling unipolar signals.
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ADQ7DC -
Teledyne SP Devices
With 14 bits and 10 GSPS, ADQ7DC improves the resolution in high-sampling rate applications beyond what was previously possible. This performance-boost has effectively helped our customers overcome performance trade-offs and have led to significant advances in many applications. ADQ7DC can be operated in either single- or dual-channel mode with 10 or 5 GSPS sampling rate respectively.
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ADQ7WB -
Teledyne SP Devices
ADQ7WB is an RF digitizer with an analog input bandwidth of 6.5 GHz. It supports highly linear wideband data capture, and utilize Teledyne SP Devices' proprietary ADX technology in order to ensure industry-leading spurious-free dynamic range (SFDR).