iSpin-NMR is SpinCore Technologies' complete, portable NMR console. The iSpin-NMR can serve as a complete system console for Nuclear Magnetic Resonance (NMR) or Nuclear Quadrupole Resonance (NQR) with spectrometer frequencies from 0 to 100 MHz (certain restrictions apply, see the Manual).
This unique system is housed in a small form factor 2U Rackmount, providing users with a compelling price/size/performance proposition unmatched by any other device on the market today.
◇ When ordering, please specify your desired frequency of operation.
o SpinCore Technologies, Inc. RadioProcessor board.
o Over 20 Watts (Nominal) output power.
o Broadband, low noise, input preamplifiers.
o RF filters for the desired operating frequency range.
◇ Additional options available.
o Duplexer (Transmit/Receive) Circuitry.
o Additional RF Filters and Custom Cables.
o NMR Magnets and Probes.
o Oven Controlled Oscillators.
o Custom Designs and Modifications.
◇ Includes internal RF output signal amplifier, 20 Watts Peak Envelope Power (PEP) Standard, optionally up to 200 Watts PEP.
◇ Integrates excitation and acquisition components onto a single system.
◇ 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
◇ Has Arbitrary Waveform Generation (AWG or 'shaped pulse') capability
◇ Maintains signal coherence between excitation and acquisition systems at all frequencies.
◇ Autonomously signal-averages the baseband data between multiple acquisitions.
◇ 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.
◇ Provides up to 10 MHz bandwidth of acquired 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, with pulses from 66.6 ns to several days per interval
◇ Zero-latency phase and frequency switching.
◇ Wide-bandwidth input amplifier and A/D converter allow for undersampling applications.