The Analogic DBS902 is a 14-bit waveform digitizer module engineered for high-speed signal acquisition in demanding measurement environments. It functions as a plug-in component for the Analogic DBS9900 VXI C-size Dual Instrument Carrier, enabling dual-module configurations within a single chassis slot. The DBS902 delivers 80 MHz sampling with 2 MS of acquisition memory, 40 MHz typical bandwidth, and signal integrity suitable for scientific research, medical imaging, and industrial test applications.
Technical Specifications
• Sampling Rate: Up to 80 MHz
• Resolution: 14-bit
• Acquisition Memory: 2 MS (MegaSamples)
• Bandwidth: 40 MHz typical
• Input Impedance: 1 MΩ
• Input Capacitance: 50 pF maximum
• Signal-to-Noise Ratio: >63 dB typical, 60 dB minimum (1 MHz Fin, 80 MS/s Fs, 40 MHz BW); >65 dB typical, 62 dB minimum (1 MHz Fin, 10 MS/s Fs, 5 MHz BW)
• Spurious-Free Dynamic Range: >75 dBc typical, 65 dBc minimum (10 MHz Fin, 80 MS/s Fs, 40 MHz BW); >78 dBc typical, 68 dBc minimum (1 MHz Fin, 10 MS/s Fs, 5 MHz BW)
• Input-Referred Noise: 220 µV RMS typical at 40 MHz filter, ±0.5 V range
• Overvoltage Protection: ±3.1 VDC (low ranges), ±31 VDC (high ranges), ±124 V (DBS902HV)
• Power Consumption: 20.0 W total (+12 VDC @ 0.50 A, -12 VDC @ 0.10 A, +5 VDC @ 2.30 A, -5.2 VDC @ 0.20 A, -2 VDC @ 0.10 A)
– Key Features
• Dual-module capability within single VXI chassis slot
• Programmable clock sources with internal, front-panel, and VXI TTLTRG line access
• Minimal clock skew through internal clock distribution to all plug-in modules
• Self-triggered or externally triggered acquisition with programmable thresholds
• Programmable sample counter for flexible data point control
• Pre-trigger, post-trigger, and arbitrary window positioning
• On-the-fly sample tagging via front-panel digital input for event identification and time stamping
• VXI Plug & Play compliant with provided software driver
– Compatibility & Integration
Designed exclusively for the Analogic DBS9900 VXI C-size Dual Instrument Carrier. Up to two DBS902 modules install per carrier, maximizing slot utilization and reducing per-slot cost.
