New UDS−2214 PC−Sampling Oscilloscope / Differential TDR/TDT

UDS-2214

Features and Applications

 

Features and Benefit

  

Applications

  
 
  • DC to 14 GHz Bandwidth
  • 2 Channels
  • 1.6 % Vertical Gain Accuracy
  • 14-Bit Vertical Resolution
  • Dual Time Base 10 ps/div to 2 ms/div
  • 100 fs Sampling Interval
  • DC to 1 GHz Full-function Direct Trigger
  • 12 GHz Prescaled Trigger
  • 622 Mbps and 2.488 Gbps Clock Recovery Trigger
  • Single-ended, Common or Differential TDR/TDT
  • Four external pulse heads
  • 100-ps TDR Rise Time
  • 400 mV or 2 V Pulse Amplitude
  • Up to 4 k-point record length per channel
  • Normal, Infinitive, Variable Persistence and Color Graded Display Modes
  • High Resolution Cursor and Automatic Waveform Measurements with Statistics
  • Waveform Processing including FFT
  • Statistical analysis with Time and Voltage Histograms
  • Automated Eye-Diagram Measurements for NRZ and RZ signal types
  • Automated Mask test with Predefine Standard, and Custom Masks
  • Familiar Windows Intuitive Graphical User Interface
  • Built-in information system 
  • USB 2.0 (FS) or IEEE1284 (ECP mode) UDS-2000 to PC Interface
  • Win95/98/ME/NT4/2000/XP Compatibility
 
  • Time Domain Reflectometry and Time Domain Transmission, Impedance and Cross-talk Characterization of Circuit Boards, IC Packages and Cables
  • Electrical Standards Compliance Testing
  • Semiconductor Characterization (Fast Logic Families, Step recovery Diodes, Tunnel Diodes, Analogue component pulse response (e.g. DACs and Op-Amps, High Speed Laser Detector Measurements)
  • Telecom Service and Manufacturing, Wireless Carrier Analysis
  • Timing Analysis
  • Digital System Design and Characterization, High-Speed digital (pulse) measurements
  • Electronic Mask Drawing and Display
  • Automatic Pass/Fail Limit Testing
  • Time Domain Reflectometry and Time Domain Transmission, Impedance and Cross-talk Characterization of Circuit Boards, IC Packages and Cables
  • Nuclear Magnetic Resonance Carriers
  • High Speed Serial Bus Pulse Response
  • TDMA Power Ramp-Up Analysis