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The ADQ35 is a high-performance digitizer offering remarkable capabilities for applications demanding precision and speed. It features a two-channel configuration, each delivering a sampling rate of 5 GSPS, or alternatively, a single-channel mode at 10 GSPS. This flexibility ensures that users can tailor its use to specific needs. The digitizer's DC-coupled front-end, with up to 2.5 GHz bandwidth, is well-suited for dynamic signal environments. One of the standout features of the ADQ35 is its open FPGA architecture, which supports custom real-time digital signal processing. Users can benefit from its programmable DC-offset, accommodating a range of signal types for enhanced accuracy. With 8 Gbytes of onboard memory, it supports substantial data storage and processing capabilities. Its peer-to-peer streaming capability allows for seamless data transfer at rates up to 14 Gbyte/s to either a host PC or GPUs. Suitable for cutting-edge applications such as Swept-Source Optical Coherence Tomography and LiDAR, the ADQ35's advanced hardware triggering and GPIO facilitate robust data acquisition setups. Its PCIe form factor ensures it integrates easily into existing systems, offering a comprehensive tool for scientific instruments and testing environments.
The ADQ7DC sets a high standard in digitization technologies, offering a sophisticated solution with a sampling rate of up to 10 GSPS and a 14-bit vertical resolution. This high-resolution mode can be adjusted between single-channel (10 GSPS) or dual-channel (5 GSPS) configurations, accommodating a wide variety of high-speed data acquisition requirements. Designed for flexibility and performance, the ADQ7DC features a DC-coupled front end with a 3 GHz input bandwidth, coupled with a programmable digital noise-reduction filter that enhances signal clarity and precision. Its comprehensive firmware options simplify setup and drastically shorten time-to-operation, delivering real-time features without needing significant FPGA programming expertise. Ideal for advanced scientific applications, including imaging flow cytometry and particle physics, the ADQ7DC excels in environments requiring meticulous data capture and analyses. Additionally, it offers robust connectivity through multiple form factors, such as PCIe and USB3.0, ensuring compatibility with a broad range of systems.
The ADQ35-PDRX digitizer distinguishes itself with a unique dual-gain architecture, allowing for an extended dynamic range by effectively boosting it by 3 bits. This feature is crucial in pulse data systems where capturing both low-amplitude signals and high peaks without saturation is essential. Operating at a 5 GSPS sampling rate, it functions with a single-channel configuration that splits the input signal for optimized performance. The digitizer's DC-coupled design supports bandwidths up to 2 GHz, tailored for high-resolution measurements with a 1 Vpp input range. An onboard FPGA facilitates advanced real-time signal processing, and the device is set up for seamless integration with PCIe for efficient data connectivity and transfer. Well-suited for applications such as time-of-flight mass spectrometry and LiDAR, the ADQ35-PDRX is advantageous for scenarios demanding quick system integration and high-speed data capabilities. It inherits all the robust features of the ADQ35 while providing additional enhancements for specific pulse measurement environments.
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