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RadioProcessor Model G: Complete RF Acquisition and Excitation System with Digital Detection, Real-Time Signal Processing, and Three Gradient Voltage Outputs

RadioProcessor-G
  

Specifications
Applications
Ordering Information
Manuals, etc.

RadioProcessor Model G is an enhanced version of the versatile RadioProcessor design.  It greatly expands upon the already extensive capabilities of the RadioProcessor with the addition of three gradient voltage outputs.  This state-of-the-art design can serve as a complete system-on-chip solution for Magnetic Resonance Imaging (MRI), Nuclear Magnetic Resonance (NMR) and Nuclear Quadrupole Resonance (NQR) with spectrometer frequencies from 0 to 100 MHz (certain restrictions apply, see the Manual).

This unique digital system is housed on a small form factor PCI board, providing users with a compelling price/size/performance proposition unmatched by any other device on the market today.

Key Specifications:

  • Three controllable gradient voltage outputs.
  • Integrates excitation and acquisition components onto a single PCI card.
  • Directly captures and digitally demodulates IF/RF signals. The desired baseband bandwidth is user definable through software.
  • Generates completely formed RF excitation pulses as well as high resolution digital control signals.
  • Arbitrary Waveform Generation (AWG or 'shaped pulse') capability.
  • Maintains signal coherence between excitation and acquisition systems at all frequencies.
  • Samples the input signal at up to 75 Ms/s with 14-bit resolution.
  • Captures input signals above the Nyquist frequency, up to approximately 100 MHz.
  • With signal detection enabled, provides up to 10 MHz bandwidth of baseband data.
  • Direct Digital Synthesis generates RF output pulses with 14-bit resolution up to 300 Ms/s clock frequency.
  • Pulse setting resolution up to 13.3 ns, pulses from 66.6 ns to days per interval.
  • Zero-latency phase and frequency switching.
  • Wide-bandwidth input amplifier and A/D converter allow for undersampling applications.

Applications

Advanced, autonomous, broadband, Nuclear Magnetic Resonance (NMR), Magnetic Resonance Imaging (MRI), and Nuclear Quadrupole Resonance (NQR) experiments from 0 to 100 MHz

Additional applications have included:

  • Hyperspectral analysis for Homeland Security applications on mobile unmanned platforms (UAV)
  • MRI Console
  • Solid-state NMR of Quasi-Crystals
  • Solid state physics experiments
  • Nanomagnetism and spintronics applications
  • Well-bore NMR analysis for oil drilling
  • NQR of novel pigments
  • NQR of explosives for airport security baggage screening
  • Doppler radar non-contact vital sign detection - data acquisition and digital signal processing
  • Digital communication and encryption
  • Quantum Computing
  • Turbine exhaust gas analysis
  • Moisture content analysis of natural products
  • Chemical manufacturing plant process optimization
  • Lock system for high-field NMR
  • Vital Signs Detection System
  • General laboratory use


Models and Ordering Information

RadioProcessor Model Options

  • RadioProcessor-G, PCI
    • 1 RF Output
    • 1 RF Acquisition Input
    • 4 TTL Outputs
    • 3 Gradient Voltage Outputs
    • Hardware Trigger and Reset

To inquire about the availability and pricing of our RadioProcessor or other products, please use our Contact Form.


Product Manual

Free Software Support

  • MRI SpinAPI and Driver Suite (32bit) (64bit)
    • Contains MRI SpinAPI and drivers for the RadioProcessor-G.
    • Supports 32 and 64 bit Windows XP, Vista, and 7
  • MRI C Example Programs Package (32bit) (64bit)
    • Contains programs demonstrating the functionality of the RadioProcessor-G.  For use with the MRI Spin API.

Warranty Information

  • Standard warranty  - two years
  • Longer warranty periods available 
  • Money-back guarantee - 30 days.
 


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