• Self-contained, with USB connectivity to host
• 8 analog-to-digital converter devices clocked simultaneously
• 1 million samples per second capture on each converter
• 8 million samples per second sustainable aggregate capture

• Self-contained, with USB connectivity to host
• 8 analog-to-digital converter devices clocked simultaneously
• 1 million samples per second capture on each converter
• 8 million samples per second sustainable aggregate capture

• Self-contained, with USB connectivity to host
• 8 analog-to-digital converter devices clocked simultaneously
• 1 million samples per second capture on each converter
• 8 million samples per second sustainable aggregate capture

• Up to 2 million samples per second capture each converter
• Self-contained, with USB connectivity to host
• 8 analog-to-digital converter devices clocked simultaneously
• 8 million samples per second sustainable aggregate capture

• Up to 2 million samples per second capture each converter
• Self-contained, with USB connectivity to host
• 8 analog-to-digital converter devices clocked simultaneously
• 8 million samples per second sustainable aggregate capture

• Up to 2 million samples per second capture each converter
• Self-contained, with USB connectivity to host
• 8 analog-to-digital converter devices clocked simultaneously
• 8 million samples per second sustainable aggregate capture

• Self-contained, with USB connectivity to host
• 8 analog-to-digital converter devices clocked simultaneously
• 16 multiplexed analog differential input channels
• 16-bit resolution on each channel, no missing codes

• Self-contained, with USB connectivity to host
• 8 analog-to-digital converter devices clocked simultaneously
• 16 multiplexed analog differential input channels
• 16-bit resolution on each channel, no missing codes

• Self-contained, with USB connectivity to host
• 8 analog-to-digital converter devices clocked simultaneously
• 16 multiplexed analog differential input channels
• 16-bit resolution on each channel, no missing codes

• has an onboard 400 MHz AMD K6-III+ processor
• comes with 128M of DRAM onboard memory
• offers up to 16 channels per board and can acquire 14-bit data at
  • 2M samples per second on each of 4 channels
  • 1.25M samples per second on each of 8 channels
  • 625k samples per second on each of 16 channels

• has an onboard 233 MHz Intel Pentium processor
• comes with 128M of DRAM onboard memory
• offers up to 16 channels per board and can acquire 14-bit data at
  • 800k samples per second on each of 4 channels
  • 625k samples per second on each of 8 channels

• has an onboard 233 MHz Intel Pentium processor
• comes with 32M of DRAM onboard memory
• provides 16-bit A/D converter resolution
• is compatible with other a-Series boards

The iDSC 1816 board combines 16-bit resolution on eight simultaneous channels of data acquisition with brick-wall anti-alias filters on each channel. 

• has an onboard 233 MHz Intel Pentium processor
• comes with 32M of DRAM onboard memory
• provides 16-bit A/D converter resolution
• is compatible with other a-Series boards

• has an onboard 233 MHz Intel Pentium processor
• comes with 32M of DRAM onboard memory
• is compatible with other a-Series boards
• uses a PCI bus for PC-based platforms

• have an onboard 486 processor
• come with 8MB of DRAM onboard memory
• are compatible with other a-Series boards
• use a PCI bus for PC-based platforms

• has an onboard 486 processor
• comes with 8MB of DRAM onboard memory
• uses a PCI bus for PC-based platforms
• transfers data to PC at high rates – up to 800k samples per second

Data acquisition digitizes an analog signal by sampling it at discrete times, several times in each cycle, to produce a stream of numbers.