Transceiver System 

• RF System Operating Frequency 250KHz-300MHz
• Frequency Resolution 1 Hz Receiver Digital Quadrature
• Receiver Gain 60 db
• 8-32 Data Acquisition Channels
• 8  Channels supplied as standard
• Sampling Rate Maximum 2MSPS ,
• Channel Sampling Resolution 14-16 Bits
• Transmitter Digital profile generation
• RF Modulator Output Voltage (max 200mV into 50 Ohms)
• RF Gate Output Voltage (max +/-10V)
• Gradient System Gradient Output (max) +/- 10V for X,Y,Z axes (can be limited to user specification)
• Resolution 16 Bits Maximum Output Rate 1MHz
• Channel Pre-Emphasis Programmable digital filter for each axis

Computer

• Control/Display System - Industry Standard PC 
• Display: high resolution digital monitor
• Image format: LabView .lvm Raw Data Format LabView .lvm, DICOM
• Image reconstruction/store < 0.2 seconds per image, 2DFT, 256 x 256 matrix
• Network Ethernet 100 MBits/Sec: Note – we recommend system is not connected to a network
• Hard Copy Standard PC Printers

Software

• Operating System : Windows
• Menus, Dialog Boxes, Scroll Bars
• Study Register
• Select Sequence
• Scan - Set up scan parameters
• Calibrate - Manual using Tune Sequence
• Process - 2DFT/3DFT Reconstruction module
• Display - Window and Level Greyscale images
• System parameter  edit
• User defined sequence edit  through Waveform Editor (option)
• Help - Pdf file with user instructions

System Dimensions

• System Interface Enclosure 26U 19” Rack Total Weight 100Kg
• Power Requirements Inlet Single phase filtered mains Voltage 240 V AC 50 Hz Power Consumption < 3kVA
• Power Conditioner Optional (Imaging Systems Design Ltd reserve right to specify)
• Earth Bonding To appropriate UK National Standards (PAT testing required on site)
• Environmental Requirements - Temperature Temperature controlled room ( +/- 1C over enclosure)
• No direct sunlight on system enclosure/monitors)
• Humidity <70% non-condensing
• The spectrometer can be located in the technologists scan room or the techniques room.
• An umbilibal cable and filter panel are used with a standard waveguide.
• An Independent  Research Coil Insert System is located within the magnet bore.