Why Buy Function, Arbitrary Waveform Generators | Keysight

Function, Arbitrary Waveform Generators

Qualify

R&D	Design Validation	Manufacturing
– Defined, arbitrary, and/or pseudo-random signals as stimulus to ensure DUT can tolerate real-world signals	Stimulus signals to fully test DUT durability, accuracy, and stability Clock signal for synchronization of instruments
User Needs:	User Needs:	User Needs:
Real world signals for DUT stimulation (ability to add controlled noise, defined distortion, modulation, pseudo-random signals, user-defined signals or patterns) Easy-to-use front panel control	Real world signals for DUT stimulation (ability to add controlled noise, defined distortion, modulation, pseudo-random signals, user-defined signals or patterns) Precise clock signals	Capability to duplicate subset of signals used in R&D or design verification to stimulate the DUT Precise clock signals Easy to integrate into the test system

Questions for Your Customer

Use the answers to choose the most suitable model from the table below.

What frequency do you need to stimulate your device under test (DUT)?
20 MHz	Choose the EDU33210 Series for 20 MHz.
20 or 30 MHz	33500B Series, after purchase upgrades available to increase bandwidth to 30 MHz.
80, 100, or 120 MHz	33600A Series, after purchase upgrades available to increase bandwidth to 120 MHz. Choose the FG33530A Series for 100 MHz.
What kind of stimulus will you need to provide to your device under test (DUT)?
Sine, square, ramp, modulation, noise and pulse waveforms	Choose the product that generates the signals your DUT requires.
Number of channels	Choose EDU33212A, FG33532A, 33510B, 33512B, 33520B, 33522B, 33612A and 33622A for a two-channel solution.
Highly accurate and detailed pulses and patterns	The 33500B and 33600A Series offers the most detailed and accurate functiongeneration, arbitrary waveforms, and pulses.