QMC730

NEW - Multi-function I/O, A/D, D/A, DIO, Counter/Timers

QMC mezzanine modules plug into a carrier card to interface connected I/O and provide a variety of signal processing functions. Acromag QMC730 modules offer a high-density combination of analog input, analog output, digital I/O, and counter/timer functions. A PCIe bus interface provides communication to the carrier and host computer.

The analog input channels perform high-speed, high-resolution A/D conversion. Input ranges, calibration, and other operational parameters are individually selectable for each channel to provide great flexibility.

Analog output channels are also individually configured, allowing users to select ranges, trigger methods, and operation modes to accommodate application requirements. High-performance D/A converters provide fast and accurate output.

Digital I/O is configured as TTL-level input or output in groups of eight channels. Interrupts are software programmable for any bit change-of-state or level.

A multi-function, high-resolution counter/timer supports a variety of measurement operations. Programmable polarity, thresholds, and interrupts along with internal or external triggering offer extensive adaptability to meet your needs.

QMC modules adhere to the VITA 93 standard for small form factor (SFF) mezzanine modules. Two high-performance 80-pin connectors provide separate field I/O and PCIe bus host interfaces. Modules can deploy on a variety of carrier card platforms including PCIe expansion cards, 3U/6U Eurocards such as VPX and CompactPCI, VNX+ SFF cards, and many other architectures. The rugged design is well-suited for use in laboratory, industrial, defense, and aerospace applications.

QMC modules have a much smaller footprint than PMC/XMC modules. Single-width QMC modules are only 26 x 78.25mm which facilitates mixing and matching of multiple functions on a single carrier card for high-density I/O solutions. They are ideal for computing systems with strict size, weight, power, and cost (SWAP-C) limitations.

An Intelligent Platform Management Interface (IPMI) facilitates system management. The QMC EEPROM holds module information and sensor data that is accessible by a smart carrier card with an IPMC controller over an I2C interface

Features
  • Eight analog input channels with 16-bit A/D
    - 1.264μs conversion time (791KHz)
    - 1026 sample FIFO buffer
    - Unipolar and bipolar voltage ranges
    - Input range selectable for each channel
  • Four analog output channels with 16-bit D/A
    - 7.5μs output settling time
    - Individually configured operating mode
    - Direct, single, continuous, or FIFO mode
    - Software, timer, or external trigger
    - Unipolar and bipolar voltage ranges
    - Output range selectable for each channel
  • Sixteen digital input/output channels
    - TTL-compatible thresholds
    - Programmable change/level interrupts
    - Failsafe power-up and reset
  • Multi-function 32-bit counter/timer
    - Waveform generation
    - Event counting
    - Watchdog timing
    - Pulse-width or period measurement
    - Quadrature position measurement
  • Extended temperature range and support for conduction-cooled systems
Manuf. Part No    Part Description
QMC731-1111  Multi-function analog and digital I/O, Air-cooled
QMC732-1111  Multi-function analog and digital I/O, Conduction

Software
Manuf. Part No    Part Description
USW-API  Universal Embedded Design Suite with software support for VxWorks®, Windows®, and Linux®
Zubehör // Accessories to TOP
QPCe7210 Series

Acromag
QPCe7210 Series - PCI Express Carrier Cards for QMC Modules NEW - PCI Express Carrier Cards for QMC Modules
QMC carrier cards provide an electrical and mechanical interface for QMC mezzanine modules. A QMC module plugs into the carrier card to interface connected I/O and perform a variety of signal processing functions. Acromag’s QPCe7210 carriers are PCIe expansion cards with a single QMC site and a high-density connector for field I/O signals. The QMC module’s PCIe bus interface routes to the carrier card edge connector for communication with the host computer... more
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