Function / Arbitrary Waveform Generators

Teledyne Test Tools generate fixed or arbitrarily defined waveforms and signals for use in the development, testing and repair of electronic systems.


T3AWG3K SERIES

T3AWG3K Series - High Performance 2, 4 and 8 Channel Arbitrary Waveform Generators

16-bit Vertical Resolution, 12 Vpp Output Voltage, 250 MHz and 350 MHz models

Exceptional detailed waveform generation with high-performance fidelity, unmatched wide output voltage amplitude (12Vpp) and HW baseline voltage offset (±12 V).

Waveform memory up to 1 Gpoint @Ch

Unmatched deep memory depth allows to store and reproduce complex pseudo-random waveforms for long play time testing.

Mixed Signal Generation

Combine 2, 4 and 8 analog channels with 8, 16 and 32 synchronized digital channels, ideal for debugging and validating digital design.


T3AWG2K SERIES

T3AWG2K Series - 16-bit Dual Channel Function / Arbitrary Waveform Generators

16 Bit Vertical Resolution, 6 Vpp Output Voltage, 150 MHz models

Exceptional detailed waveform generation with high-performance fidelity, 6 Vpp at full frequency range and excellent Harmonic Distortion.

Waveform memory 128 Mpoint @Ch

Deep memory for downloading and generating complex pseudo-random both analog and digital waveforms.

Mixed Signal Generation

Combine two analog channels with 8 synchronized digital channels, ideal for debugging and validating digital design.


T3AFG SERIES

T3AFG Series - Function / Arbitrary Waveform Generator

Deep Memory

Generate complex arbitrary waveforms with up to 20 Mpts/Ch on 200 MHz to 500 MHz models, 8 Mpts/Ch 40 MHz to 120 MHz models and 16 kpts on 5 MHz and 10 MHz models.

High Resolution, Bandwidth Models up to 500 MHz

Generate waveforms with low noise and spurious signal content with our wide choice of bandwidths.

Smart Capabilities

Create digital waveforms, patterns and busses of up to 36 channels and output analog and digital waveforms simultaneously.

IQ Modulation option available on 200 MHz, 350 MHz and 500 MHz models to support complex applications.

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