The Acqiris DP105/U1067A-001 is a high-speed PCI digitizer card engineered for real-time capture and analysis of transient signals in laboratory and industrial environments. This single-slot PCI card delivers oscilloscope-grade performance with direct computer integration, offering 8-bit resolution across a 500 MS/s sampling rate and 150 MHz analog bandwidth. The device features dual AC/DC coupling, 1 MΩ ± 1% input impedance, and supports both internal and external triggering modes. Optional memory expansion accommodates up to 2 Mpoints of acquisition storage. Gold-plated BNC and SMB connectors ensure reliable signal integrity, while integrated front-end amplification with internal calibration and mezzanine-based input protection deliver measurement fidelity. Clock accuracy of ±50 ppm supports precision timing applications. Power consumption remains below 16 W, enabling integration into space-constrained systems.
Technical Specifications
• Interface: PCI (single-slot short-form card)
• Resolution: 8-bit digital conversion
• Maximum Sampling Rate: 500 MS/s
• Analog Bandwidth: 150 MHz maximum
• Input Impedance: 1 MΩ ± 1%
• Coupling: AC/DC switchable
• Acquisition Memory: Up to 2 Mpoints (optional)
• Clock Accuracy: ±50 ppm
• Power Consumption: <16 W
• Connectors: Gold-plated BNC and SMB
– Key Features
• Full front-end amplification with internal calibration
• Mezzanine front-end architecture with input protection
• Internal and external trigger modes
• Device drivers and software development package included
• Soft Front Panel (SFP) with scope-like interface, FFT capability, and waveform display
– Compatibility & Integration
Supported operating systems include Windows XP/Vista/2003 Server/2000, VxWorks, LabVIEW RT, and Linux. Development-ready APIs work with LabVIEW, C/C++, Visual Basic, MATLAB, LabWindows/CVI, and Python. Complete software package includes drivers, API libraries, code examples, graphical interface, and documentation. Note: This product line is marked obsolete by Keysight Technologies.


















