The Tektronix AWG5002B is a 2-channel arbitrary waveform generator delivering 600 MS/s sample rate per channel for precise synthesis of complex analog and digital signals. Engineers use it for signal integrity analysis, system simulation, and real-world signal replication across research and production test environments. With 14-bit vertical resolution, configurable memory up to 128 Mpts per channel, and comprehensive modulation capabilities—including AM, FM, PM, ASK, FSK, and PSK—the instrument supports intricate waveform creation from basic sine and square outputs to user-defined arbitrary patterns. Built-in anti-aliasing filtering with selectable cutoff frequencies prevents aliasing artifacts. Advanced sequencing enables multi-segment waveforms with programmable loop counts and conditional jumps. Trigger modes span edge, pulse width, and pattern detection, with sources including internal, external TTL/CMOS, manual, and timer options. Multiple AWG5002B units synchronize for expanded channel capability via reference clock I/O. Standard waveforms include sine (to 150 MHz), adjustable square/pulse, ramp, triangle, Gaussian pulse, and white noise with user-configurable bandwidth. Full instrument control and waveform loading leverage LAN, USB, and GPIB interfaces.
Technical Specifications
• Channels: 2
• Maximum sample rate: 600 MS/s per channel
• Vertical resolution: 14 bits
• Waveform memory: 64 Mpts per channel (standard); 128 Mpts per channel (optional)
• Output rate with 128 Mpts memory: Up to 300 MS/s per channel
• Waveform length: 2 points to maximum memory depth
• Sine frequency: Up to 150 MHz
– Key Features
• Arbitrary waveform editing: point-by-point, segment-based, and direct software creation
• Modulation: AM, FM, PM, ASK, FSK, PSK with internal or external sources; linear and logarithmic frequency sweep
• Anti-aliasing filter with user-selectable cutoff frequencies
• Trigger modes: edge, pulse width, pattern detection
• Trigger sources: internal, external, manual, timer
• Square/pulse outputs with adjustable edge speed and duty cycle
• Gaussian pulse and white noise generation
– Interfaces
• LAN (Ethernet) for remote control and waveform transfer
• USB for waveform transfer and device management
• GPIB for legacy system integration
• Trigger I/O via BNC connectors
• Reference clock input/output for multi-unit synchronization
