Analogic 2000 Generator
Polynomial Waveform Synthesizer
There are four basic modes by which the 2020
1. Standard Modes; by which classical waveshapes such as
square, pulse, sine, triangle, sawtooth, etc. are readily
2. Polynomial Mode; by which waveshapes are generated from
user supplied mathematical expressions of the form Y = f(t).
User expressions of this form can be named and stored in
internal nonvolatile memory.
3. Real World waveforms can be captured (digitized) on the
Model “6000” Waveform Analyzer
to the “2020” for replication without the need for an
4. Predetermined digital pattern data can be down-loaded
from any intelligent host (via IEEE-488 or RS232) for analog
generation by the “2020”.
Note: item 3, above, requires the normal or high speed GPIB
488 option and Item 4 requires the same option or the RS232
option. Other options include a math co-processor to speed
the execution of item 2 above, as well as output memory size
options and additional non-volatile memory. To determine the
installed options, key in the sequence [2nd] [OP] 
[ENTER] and scroll through the displayed text with the DOWN
CURSOR key. Press [RESTORE] to exit the review of installed
3.38 Mbytes (3539871 Bytes)
Scanned document, reading partly badly, partly not readable.
15 October 2017
This manual covers the Data Precision
model “2020” Signal
including a sub-set model “2000”. The model “2000”
differs from the “2020” in that it is for remote operation
only (no key panel or display), and it does not communicate
with the Data Precision
model “6000” Waveform Analyzer
additional details on the model “2000”, refer to the “2000”
Section (sec. F) of this manual.