TAP3500泰克示波器有源探頭 返回列表頁

TAP3500泰克示波器有源探頭的性能特點(diǎn)：true-witness.com/st240071

Features & Benefits

• Outstanding Electrical Performance
  • High Probe Bandwidth
  • Fast Probe Rise Time
  • Excellent Signal Fidelity
  • ≤0.8 pF Input Capacitance
  • 40 k? Input Resistance
  • –4 V to +4 V Input Dynamic Range
  • –10 V to +10 VDC Input Offset Range
  • ±30 V （DC + peak AC） Max Input Voltage （Nondestruct）
• Versatile Mechanical Performance
  • Small Compact Probe Head for Probing Small Geometry Circuit Elements
  • DUT Attachment Accessories Enable Connection to SMDs as Small as 0.5 mm Pitch
  • Robust Design for Reliability

• Easy-to-Use
  • Connects Directly to Oscilloscopes with the TekVPI™ Probe Interface
  • Provides Automatic Units Scaling and Readout on the Oscilloscopes Display
  • Easy Access to Oscilloscope Probe Menu Display for Probe Status/Diagnostic Information and to Control Probe DC Offset
  • Remote GPIB/USB Probe Control through the Oscilloscope

Applications

• Verification, Debug, and Characterization of High-speed Designs
• Signal Integrity, Jitter, and Timing Analysis
• Manufacturing Engineering and Test
• Signals with Voltage Swings up to 8 V_pk-pk

Selecting the right probe for your application is key to attaining the best signal fidelity in your measurements. Active probes provide truer signal reproduction and fidelity for high-frequency measurements. With our ultra-low input capacitance and unique interface, the TAP2500 and TAP3500 Single-ended Active FET probes provide excellent high-speed electrical and mechanical performance required for today’s digital system designs.

Specifically designed for use and direct connection to oscilloscopes with the TekVPI™ probe interface, the TAP2500 and TAP3500 Active FET probes achieve high-speed signal acquisition and measurement fidelity by solving three traditional problems:

• Lower DUT loading effects with ≤0.8 pF input capacitance and 40 k? input resistance
• Versatile DUT connectivity for attaching to small SMDs
• Preserves instrument bandwidth at the probe tip for up to 3.5 GHz oscilloscopes