Atec Agilent-N6030A - Manual (Page 8)

8
Sequence jump modes
Sequence jumps determine how
a sequence responds to a jump
trigger. There are no discontinuities
in a sequence jump other than those
imposed by the waveform data.
Three modes are available to
control sequence jumps:
• Jump immediate
Jumps immediately to the next
specified sequence address with
a fixed latency.
• End of segment
The current segment (including
waveform repeats) is completed
before jumping to a new
sequence.
• End of sequence
The current sequence is
completed before jumping to a
new sequence. Jump latency
is the longer of either the jump
immediate latency or the length
of the remaining sequence.
• Dynamic Sequencing
(Option 300)
Input: 20-pin mini-D connector
Input levels: All pins configured
as 2.5 volt LVCMOS inputs. A
logic low must fall within the
-0.2 to +0.5 volt window. A logic
high must be within the window
of +2.0 to +2.8 volts.
Number of address bits:
13 bits per channel
Total number of addressable
scenarios: 16 k
Data rate for dynamic data:
100 ns
Data latency: same as front panel
trigger inputs
Software pointers may also be
used to point to pre-defined
scenarios over the PCI backplane
though latencies are not
deterministic.
• Direct Digital Synthesis
(Option 330)
Output frequency resolution:
1 Hz
Frequency modulation:
Deviation from 0 to 125 MHz
(250 MHz peak-peak)
Phase modulation:
Deviation from -180 to +180
degrees in 0.022 degree steps
Amplitude modulation:
Modulation depth from 0 to 100%
with 15 bit resolution
Single channel bandwidth:
400 MHz (800 MHz I/Q)
Key characteristics
(continued)