Main technical parameters (reduced)

1. FPGA core

Model: Virtex-II XC2V3000 (3M logic gates)

Resources: Approximately 30,720 flip-flops, 96×18×18 multipliers, 1.728 Mbit block RAM

Development: LabVIEW FPGA graphical programming, hardware direct execution

2. Analog input AI (8 channels)

Resolution: 16 bits

Range: ±10 V

Sampling rate: Up to 200 kS/s per channel (independent)

Synchronization: Multi-channel synchronous sampling, hardware triggering

3. Analog output AO (8 channels)

Resolution: 16 bits

Range: ±10 V

Update rate: Up to 1 MHz per channel (independent)

Drive: Direct drive of ±10 V load, short-circuit protection

4. Digital I/O DIO (96 channels)

Channel count: 96 bidirectional DIO (each channel independently configurable)

Rate: Up to 40 MHz (hardware timing)

Functions: TTL input/output, 32-bit counter, PWM, encoder (A/B/Z), custom protocol (SPI/UART, etc.)

Isolation: I/O isolated from chassis 2500 Vrms

5. Synchronization and storage

Synchronization bus: RTSI (multi-card synchronization, 25 ns accuracy)

On-board cache: 190 KB FIFO, supports DMA streaming data

Expansion: Can be connected to 2 NI 9151 expansion chassis to increase signal conditioning and I/O quantity

6. Electrical and environmental

Power supply: +3.3 V @ 1.2 A; +5 V @ 15 mA

Power consumption: Approximately 4 W

Operating temperature: 0 - 55 °C (standard)

Size: Standard half-length PCI (170 × 109 mm)

7. Typical Applications

Hardware-in-the-Loop (HIL) testing: ECU simulation, control algorithm verification

High-speed control: Motion control, power control, servo drive

Precise signal generation / acquisition: Arbitrary waveform, sensor simulation, dynamic testing

Industrial automation: High-speed I/O, timing control, protocol conversion

Mixed-signal system: Analog + digital synchronous real-time processing