The Keysight (Agilent) 93000 is a 4-channel digital oscilloscope delivering 500 MHz bandwidth and 4 GSa/s sampling rate per channel. Purpose-built for signal integrity testing, debugging, and validation across systems integration, laboratory, and enterprise environments, this instrument captures long acquisitions with deep memory and executes sophisticated triggering to isolate critical events. Edge triggering, glitch detection, and configurable coupling modes enable precise signal characterization across analog and digital circuits.
Technical Specifications
• Bandwidth: 500 MHz
• Sample Rate: 4 GSa/s per channel
• Channels: 4
• Trigger Modes: Auto, Normal
• Edge Triggering: Rising, falling, alternate, or either slope selection
• Glitch Triggering: Pulse or glitch detection with user-defined duration thresholds
• Trigger Coupling: DC, AC, LF Reject, HF Reject
• Hold Off: Adjustable delay between trigger events
• TV Trigger: NTSC, PAL, SECAM support
• Pulse Width Triggering: Selectable pulse width detection
• Rise/Fall Time Trigger: Edge transition-rate-based triggering
– Key Features
• Deep memory architecture supports extended time-span captures and non-repeating signal acquisition
• Auto trigger mode operates independently of signal level for unknown or non-repetitive waveforms
• Normal trigger mode enforces event detection for controlled low-repetition-rate signal capture
• Level and slope parameters enable voltage-threshold and edge-direction specification
• MegaZoom architecture maintains high sample rates across memory depths
• Glitch triggering isolates infrequent anomalies and transient events
– Typical Applications
• Signal integrity validation in high-speed digital designs
• Debugging analog and digital circuit behavior
• Video signal analysis on standard broadcast formats
• Transient and anomaly capture in non-deterministic systems
– Compatibility & Integration
The 93000 integrates into laboratory and production test environments requiring multi-channel synchronous acquisition with flexible trigger control and substantial data capture capacity.
