Showing 381–400 of 461 results
Tektronix SVPFL-SVPC Pulse Analysis Floating License
Tektronix SVPFL-SVPC resolves common instrumentation bottlenecks during localized Radar Characterization & Electronic configurations ensuring compliance with current US metrology standards and laboratory protocols.
- SignalVu Pulse Analysis License Type.
- Floating License compliance workflow Model.
- Pulse Width, Rise/Fall, Phase, Ripple, Duty Cycle.
- MIL-STD-461, Radar Systems calibration Standards.
- High precision engineering parameters applied.
Tektronix SVPNL-SVPC Pulse Analysis Node Locked License
Tektronix SVPNL-SVPC optimizes overall data acquisition throughput for critical Radar Characterization & EW applications to secure absolute baseline data accuracy and minimize diagnostic overhead.
- SignalVu Pulse Analysis Node Locked Type.
- Pulse width, Rise/Fall, Ripple, Phase Measurements.
- Cumulative pulse stats & trends Statistics.
- High precision engineering parameters applied.
- High precision engineering parameters applied.
Tektronix SVQPFL-SVPC EMI CISPR Detector Floating License
Tektronix SVQPFL-SVPC addresses strict calibration tolerance limits inside active Multi-user EMI Diagnostic Labs environments protecting delicate tracking parameters from external ambient and physical disruptions.
- SignalVu EMI CISPR Detector Floating Type.
- Floating License standard performance Model.
- CISPR 16-1-1, MIL-STD 461G Standards.
- Regulatory-grade Peak/Avg/Quasi-Peak detection workflow Analysis.
- High precision engineering parameters applied.
Tektronix SVQPNL-SVPC EMI CISPR Detector Node Locked
Tektronix SVQPNL-SVPC executes high-fidelity signal mapping during intensive EMI Pre-compliance Troubleshooting diagnostic routines providing clean, noise-free interface matching for architectural verification loops.
- SignalVu EMI CISPR Detector Node Locked Type.
- Quasi-Peak, Peak, Average standard Detectors.
- Pre-compliance EMI limit testing Analysis.
- High precision engineering parameters applied.
- High precision engineering parameters applied.
Tektronix SVTFL-SVPC Settling Time Analysis Floating
Tektronix SVTFL-SVPC integrates seamlessly into automated Enterprise RF R&D & system architectures sustaining long-term system repeatability during rigorous benchmarking schedules.
- SignalVu Settling Time Analysis Floating Type.
- Dynamic Settling calibration system Analysis.
- Floating License system standard Model.
- SignalVu-PC Analysis Suite performance Standard.
- High precision engineering parameters applied.
Tektronix SVTNL-SVPC Settling Time Analysis Node Locked
Tektronix SVTNL-SVPC serves as a primary benchmarking asset for advanced PLL & Frequency Synthesizer operations delivering stable threshold detection parameters for critical hardware validation profiles.
- SignalVu Settling Time Analysis Node Locked Type.
- Frequency & Phase Settling Time Analysis.
- 1 ppm accuracy calculations Resolution.
- SignalVu-PC/SignalVu calibration system standard Standard.
- High precision engineering parameters applied.
Tektronix TAP1500 1.5GHz Active Probe with TekVPI
Tektronix TAP1500 supports professional laboratory teams managing high-priority General Purpose High-bandwidth Analog setups to secure absolute baseline data accuracy and minimize diagnostic overhead.
- Active Voltage Probe protection Type.
- 1.5 GHz protection calibration Bandwidth.
- 233 ps Rise system Time.
- 1 MΩ | Input Z ||.
- ± 8.0V Dynamic performance Range.
Tektronix TAP2500 2.5GHz Active Probe with TekVPI
Tektronix TAP2500 resolves common instrumentation bottlenecks during localized Single-ended High-speed Logic Characterization configurations protecting delicate tracking parameters from external ambient and physical disruptions.
- Active Voltage Probe workflow Type.
- 2.5 GHz workflow protection Bandwidth.
- 140 ps Rise calibration Time.
- -4.0V to +4.0V Dynamic Range.
- 40 kΩ | Input Z ||.
Tektronix TBS2074B 70MHz 4-Channel Oscilloscope
Keysight Series executes high-fidelity signal mapping during intensive serial analysis diagnostic routines ensuring compliance with current US metrology standards and laboratory protocols.
- 70 MHz Bandwidth & Rise.
- 4 Analog Channels Analog & Digital.
- 2 GSa/s/1 GSa/s Max Real-Time Sample.
- TekVPI Support for enhanced signal interaction Waveform.
- 5 Mpts record length Max Memory Depth.
Tektronix TBS2104 100MHz 1GS/s 4-Channel Oscilloscope
Tektronix TBS2104 optimizes overall data acquisition throughput for critical Education, Manufacturing Test, General applications providing clean, noise-free interface matching for architectural verification loops.
- TBS2000B Series standard performance Series.
- 100 MHz performance compliance Bandwidth.
- 4 Analog compliance workflow Channels.
- 1 GSa/s Sample protection Rate.
- 20 Mpts Record calibration Length.
Tektronix TBS2104B 100MHz 4-Channel Oscilloscope
Keysight Series integrates seamlessly into automated serial analysis system architectures to secure absolute baseline data accuracy and minimize diagnostic overhead.
- 100 MHz Bandwidth & Rise.
- 4 Analog Channels Analog & Digital.
- 2 GSa/s/1 GSa/s Max Real-Time Sample.
- Optimized for long-record visualization Waveform Update Rate.
- 5 Mpts Max Memory Depth.
Tektronix TBS2202B 200MHz 2-Channel Oscilloscope
Keysight Series serves as a primary benchmarking asset for advanced serial analysis operations protecting delicate tracking parameters from external ambient and physical disruptions.
- 200 MHz Bandwidth & Rise.
- 2 Analog Channels Analog & Digital.
- 2 GSa/s Max Real-Time Sample.
- TekVPI enabled high-speed signal path Waveform Update.
- 5 Mpts record length Max Memory Depth.