Datasheet

The series supports N-period or gated trigger. Phase angle, duration
time, frequency, waveform infinite can be adjusted to meet
non-continuous output applications.
G.
SWEEP FUNCTION
H.
BURST FUNCTION
The series supports frequency sweep that can also integrate other functions,
including linear/logarithm and INT/EXT/Manual trigger to meet various
application requirements. Frequency sweep carries out tests on the frequency
response of electronic components such as filter and low frequency amplifier.
J.
K.
FOUR METHODS TO OBTAIN ARBITRARY WAVEFORMS
MULTI-CHANNEL SYNCHRONIZED PHASE OPERATION
Front Panel Operation
Via single unit's panel, arbitrary waveforms can be selected, edited,
stored, recalled, output, triggered from 102 built-in waveforms.
CSV File Upload
Support CSV file upload produced by MATLAB and Excel.
MFG-2220HM features reference input and reference output interfaces. Users can drive up
to four MFG-2220HM units through the reference input and reference output interfaces to
achieve eight-channels of phase synchronous outputs.
(*MFG-2220HM only)
Direct Waveform Reconstruction
Collocate with GDS series digital oscilloscopes to retrieve waveforms
and upload them to arbitrary generator to achieve direct waveform
reconstruction.(DSO LINK is only for MFG-22XX Series)
Arbitrary Waveform Editing PC Software
Use AWES to edit complex waveforms. The software supports waveform
mathematical operation. The waveform series includes Uniform Noise,
Gaston Noise, Rayleigh Noise, various digital codes such as non zero
code, Manchester and RS-232, etc.
I.
THE OUTPUT CORRELATED FUNCTIONS OF EQUIVALENT PERFORMANCE DUAL CHANNEL
The CH1 and CH2 of MFG-2220HM/2230M/2260M/2260MFA/2260MRA
can be applied separately. These two channels provide four correlated
functions, including sum, coupling, tracking and phase.
The tracking function can produce 180 degree phase offset differential*
signals with same frequency and amplitude.
The phase function allows users to freely set phase parameters for both*
channels such as sine wave, cosine wave, and square wave signals.
The sum modulation function can sum up two signals into one and*
output this signal via one channel. One of the related applications is to
sum up sine waveform and noise to execute speaker distortion tests.
* The coupling function allows users to freely set ratio and offset values for
frequency and amplitude of both channels to realize that all parameters
are simultaneously effective for both channels. The measurement of the
Third-Order Intercept Point for an amplifier and the simulations of two
different frequency oscillators outputting signals are two applied examples
for coupling function.
Differential Signal
Sine and Cosine Signal Square Wave Phase Setting