Phase Delay With Bessel Filter In Ms; Phase Delay With Butterworth Filter In Ms - HBM ClipX Bedienungsanleitung

Electrical connections, LEDs
Cut-off frequency in
Hz
0.025
0.02
Group 1: Measured values
260 μs
Sensor
A/D converter
(ADC)
1)
Filter off: 0 s; propagation times filter and A/D converter see table; The result is time for an
output signal of 50% of the full scale value with a jump at the input.
2) These signals can also use other sources. The phase delays of the source signals must then
be added.
3)
If the analog output is to output a value from this group, you must add on 52 μs. If you are
using a source from a different group, you must add the phase delay of the source signal to
the 52 μs.
Fig. 31: Minimum phase delay for group 1: 52 μs plus A/D converter conversion
time plus filter runtime
Some signals might also have sources from other groups. For example, the
analog output might deliver a signal from the ClipX bus. In these cases, you
must add the phase delay of the source signal's group in order to get the total
propagation time.
64
Phase delay with Bes-
sel filter in ms
17200.3
21500.3
max. 52 μs
ADC unfiltered
ADC filtered
Field value (el. value)
Gross value
Net value
1)
Filter
Minimum
Maximum
Peak-to-peak
A04643_04_X00_03 HBM: public
Phase delay with But-
terworth filter in ms
2)
2)
2)
26400.3
33000.3
2)
Limit value switch
Groups 2 and 4
3)
Analog output
ClipX