PI-3105 Ordering Information

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System Components

The PI-3105 is an integrated subsystem, comprising the following components:

• Analog Components
  • Preamplifier Modules
    • PI-3150 for 30 MHz bandwidth, 1-28x Gain, for use with PI-41040 series ADCs;
    • PI-3170 for 20 MHz bandwidth, 0.5-18x Gain, for use with PI-41070 ADCs;
    • PI-3180 for 40 MHz bandwidth, 1-64x Gain, for use with PI-41080 ADCs;
  • PI-3100-USB or PI-3100-USBM Acquisition Interface Module (AIM)
  • Gain/Filter Boards
  • PI-41010 for 14-bit/10 MHz ADCs
  • ADC Modules
    • PI-41040-0 for 14-bit/10  MHz, no CDS
    • PI-41040-1 for 14-bit/10  MHz, with CDS
    • PI-41070 for 14-bit/40  MHz, with CDS (includes filter module)
    • PI-41080-0 for 16-bit, 10/20 MHz, no CDS (includes filter module)
    • PI-41080-1 for 16-bit, 10/20 MHz, with CDS (includes filter module)
  • PI-3103D Analog Power Supply
• CompactPCI Components
  • CompactPCI Instrument Mainframe with CPU card
  • PI-41000-4G Digital Acquisition Card

Please see below for several sample configurations, then contact our sales department for further assistance in configuring a system.

The PI-3105 requires several timing signals (frame-sync, line-sync, and pixel clock) that can be provided either by the PI-2005 Pattern Generator or by a third-party pulse/pattern generator.

Sample Configuration 1:

Four-channel data acquisition system for FPA testing:

The system described above will acquire data at up to 40 MHz per channel from a 4-output focalplane array mounted in a Dewar or uncooled interface board with coaxial connectors. Four pre-amplifier modules will drive the inputs of the Filter/ADC modules in the AIM. 

Four digitized outputs from the AIM will be transferred into two channels each of two Digital Acquisition Cards, and then transferred to the CompactPCI CPU for processing and display.

Basic timing sequences must be supplied by the ROIC or by a pattern generator (such as the PI-2005), and control is provided over USB for filtering and strobe timing for each channel as well as the global offset.

PI-Controller software is included.

Sample Configuration 2:

Eight-channel acquisition system with CDS for CCD testing:

The system described above will acquire data at up to 10 MHz per channel, with CDS, from an 8-output CCD mounted in a Dewar or an uncooled interface board with coax outputs. Eight preamplifier modules will drive the inputs of the ADC/Filters modules in two AIMs. 

Four digitized outputs from each AIM will be multiplexed into each of two inputs on the Digital Acquisition Card, and then transferred to the CompactPCI CPU for processing and display.

Basic timing sequences must be supplied by the ROIC or by a pattern generator (such as the PI-2005), and control is provided over USB for filtering and strobe timing for each channel as well as the global offset.

PI-Controller software is included.

Sample Configuration 3:

16-channel acquisition system for FPA testing:

The system described above will acquire data at up to 20 MHz per channel from an 16-output FPA mounted in a Dewar or an uncooled interface board with coax outputs. 16 pre-amplifier modules will drive the inputs of the Gain/Filter stages and A/D modules in four AIMs. 

Four digitized outputs from each AIM will be multiplexed into each of four Digital Acquisition Cards, and then transferred to the CompactPCI CPU for processing and display.

Basic timing sequences must be supplied by the ROIC or by a pattern generator (such as the PI-2005), and control is provided over USB for filtering and strobe timing for each channel as well as the global offset.

PI-Controller software is included.

PI-3105 | Datasheet