Keysight 33500B Waveform Generators

Keysight 33500B Waveform Generators

Overview

The Keysight 33500B Waveform Generators are high-performance function/arbitrary waveform generators engineered to deliver superior signal fidelity, flexibility, and usability compared to conventional DDS generators. Powered by Trueform technology, the 33500B series ensures low distortion, low jitter, and high-resolution waveform generation, making it ideal for precision electronic testing and design validation.

Available in multiple models (1-channel and 2-channel, 20 MHz and 30 MHz), the series supports scalable performance with upgradeable features, allowing users to adapt the instrument to evolving test requirements.

Key Features

• Trueform Signal Generation Technology
  Provides significantly lower harmonic distortion and higher waveform fidelity than traditional DDS systems.

• Up to 30 MHz Bandwidth
  Supports sine, square, and pulse waveforms for a wide range of applications.

• Ultra-low jitter (< 40 ps)
  Ensures stable timing signals and accurate waveform reproduction.

• High signal purity (THD < 0.04%)
  Enables precise analog testing and signal simulation.

• 16-bit vertical resolution
  Allows fine amplitude control for detailed waveform shaping.

• Arbitrary waveform capability
  Create custom signals with point-by-point control and sequencing.

• Upgradeable architecture
  Expand memory, bandwidth, or features as testing needs evolve.

• BenchVue software support
  Enables PC-based control, waveform creation, and automation.

Applications

• Analog and digital circuit testing

• Signal simulation and waveform generation

• Sensor and IoT device validation

• Power electronics and inverter testing

• Communication system testing

• Education and laboratory research

Technical Specification Table (Detailed)

Technical Insights

• Trueform technology reduces waveform distortion by up to 5× compared to DDS generators

• Pulse signals exhibit 10× lower jitter, critical for timing applications

• High sampling rate (250 MSa/s) ensures accurate waveform reconstruction