Vector Signal Transceiver VST-H3753F, 6 GHz, 200 MHz BW, 2×2 CH MIMO

Description

Vector Signal Transceiver VST-H3753F, 6 GHz, 200 MHz BW, 2×2 CH MIMO

Features

• 2x2 RF IO channels
  • 0.001 to 6 GHz RF frequency
  • 200 MHz real time bandwidth 
• 2 BB/IF output channels:
  • 500 MS/s, 16 bits, 200 MHz BW
• 2 BB/IF input channels:
  • 500 MS/s, 14 bits, 200 MHz BW
• 2 upconverter inputs
• 2 downconverter outputs
• Advanced waveform generation system
  • AWG with a powerful queue system, triggering and marking
  • Angle/amplitude/IQ modulators
• Advanced Data Acquisitions system (DAQ)
  • Configurable cycles and data bursts with triggers and markers
• Onboard Signal Processing (ODSP)
  • DUCs and DDCs with configurable upsamplers and downsamplers
  • Custom CIC and FIR filters
• High-quality output RF
  • LO (carrier) leakage: -50 dBc
  • EVM: -40 dB, OIP3: 19 dBm
  • Average Noise Density: -144 dBm/Hz
• High-quality input RF
  • LO (carrier) leakage: -110 dBc
  • EVM: -40 dB, IIP3: 14 dBm, IIP2: 45 dBm, Noise Figure: 3 dB
• 16 MB, 128 MB or 2 GB of RAM
• HW programming using Signadyne HVI real-time technology
• Up to 1.6 GB/s transfer speed with P2P capabilities (PCIe Gen 2)
• 4 slot 3U

Programming Tools and Application Software

• Fully compatible programming libraries for most common languages, e.g. C, C++, C#, VB, LabVIEW, MATLAB, etc.
• HVI Programming:
  • Signadyne PROCESSflow, a graphical flowchart-style HVI programming enviroment
• Signadyne VirtualKnob: software front panels

Applications

• MIMO, Telecom Tx-Rx, RADAR, Software-Defined Radio (SDR)
• ATE (Automated Test System) /HIL (Hardware In the Loop)
• General purpose D/A, RF / AWG
• R&D / Scientific research equipment
• Aerospace & defense COTS equipment