Specifications

Advanced FFT and waveform math follow wherever you go

Time is especially precious on the manu-

facturing line. When a test system fails,

quick troubleshooting and analysis is

needed to get the line running again as

soon as possible.

An FFT of the upper waveform reveals three spectral lines

that represent the carrier frequency and its sidebands, enabling

nformative analysis of amplitude-modulated signals.

Although the sine-wave signal seems ﬂ awless in the time

domain, doing an FFT reveals the presence of harmonic

distortion, which is seen as integer-multiple spectral

components in the frequency domain.

The portable, lightweight U1600 Series

is more convenient than conventional

benchtop oscilloscopes. Its small form

adds versatility when measuring hard-

to-reach points in the test system, and

its large color LCD display enables clear

viewing of waveforms.

Analysis of complex waveforms is easy

with the U1600 Series’ dual waveform

math (DWM) and fast Fourier transform

(FFT) functions. The FFT function provides

a frequency-domain view of measure-

ments in four windowing techniques:

Rectangular, Hanning, Hamming and

Blackman-Harris.