© EPS Stromversorgung in 2022, this information is subject to change without notice
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30000800_manual_psb_10000_4u_30kw_en_04
Schematic diagram:
Applications and results:
Sta
rt (D
C)
t
U,I
Seq.time
En
d (
DC
)
Example 5:
Focusing 1 cycle of 1 sequence point:
Similar to example 1 but with a start and end frequency of 0 Hz. Without
a frequency, no sine wave part (AC) will be generated and only the DC set-
tings will be effective. A ramp with a horizontal progression would result.
Sta
rt (D
C)
t
U,I
Seq.time
En
d (
DC
)
Example 6:
Focusing 1 cycle of 1 sequence point:
Similar to example 1 but with a start and end frequency of 0 Hz. Without
a frequency no sine wave part (AC) will be generated and only the DC set-
tings will be effective. Here the DC start and end values are unequal and a
steadily increasing ramp would result.
By linking together a number of differently configured sequence points, complex progressions can be created. Smart config
-
uration of the arbitrary generator can be used to match triangular, sine, rectangular or trapezoidal wave functions and thus,
e.g. a sequence of rectangular waves with differing amplitudes or duty cycles could be produced.
Schematic diagram:
Applications and results:
t
U,I
t
U,I
Example 7
Focusing 2 cycles of 1 sequence point:
One sequence point, configured as in example 3,
is run. Since the settings define that the end offset
(DC) is higher than the start, the second run will re-
vert to the same start level as the first, regardless
of the signal level at the end of the first run. This
can produce a discontinuity in the total progression
(marked in red) which may only be compensated
with a careful choice of settings.
t
U,I
Point 1
Point 2
Example 8
Focusing 1 cycle of 2 sequence points:
Two sequence points run consecutively. The first
one generates a sine wave with increasing ampli-
tude, the second one with a decreasing amplitude.
Together they produce a progression as shown to
the left. In order to ensure that the wave peak in the
middle occurs only once, the first sequence point
must end with a positive half wave and the second
one start with a negative half wave as shown in the
diagram.
