Kikusui PBZ20-20, User Manual

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48
PBZ
Selecting an AC Signal (Internal Signal Source)
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To enter the AMPL value and sign using the numeric keys
1
Use the cursor keys to move the cursor to AMPL.
2
Press NUM.
The NUM key illuminates, and you can use the numeric keys to enter values. To stop
using the numeric keys, press NUM again (the NUM key turns off).
3
Use the +/-, number, and decimal point keys to specify the number.
The number that you specify is displayed. For positive values, the sign (+) is not
displayed.You cannot specify a number that exceeds the input range. If you attempt
to do so, a buzzer will sound.
If you specify an incorrect number, press NUM (the NUM key turns off). Next, press
NUM again, and specify the correct number.
Each time you press +/-, the sign switches between positive (+) and negative (-).If you
only use the number keys to specify a number, the sign is positive (+).
4
Press ENTER to enter the number.
The NUM key turns off. Lesser significant digits that are not entered are set to zero. If
you only use the +/- key to specify the AMPL value, it is set to 0.0.
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Input range of the AMPL setting
Bipolar mode
Unipolar mode
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Limit of the input range based on the rating
If an AC signal is superimposed (AC ON) on a DC signal (the DC s FINE setting), the
settable range is limited based on the PBZ’s rated values, which differ between bipolar and
unipolar modes. However, if the sum of the DC setting, the FINE setting, and the AMPL
setting exceeds the rated value, the following occur:
• If the DC setting was entered first, it takes precedence. Otherwise, the AMPL setting
takes precedence. Whichever setting is entered at a later time, it is limited based on the
setting that was entered first.
CV/CC mode Input range Resolution Factory default
setting
PBZ20-20 PBZ40-10
CV -42.0 Vp-p to +42.0 Vp-p -84.0 Vp-p to +84.0 Vp-p 0.1 Vp-p 0.0 Vp-p
CC -42.0 Ap-p to +42.0 Ap-p -21.0 Ap-p to +21.0 Ap-p 0.1 Ap-p 0.0 Ap-p
CV/CC mode Input range Resolution Factory default
setting
PBZ20-20 PBZ40-10
CV -21.0 Vp-p to +21.0 Vp-p -42.0 Vp-p to +42.0 Vp-p 0.1 Vp-p 0.0 Vp-p
CC -42.0 Ap-p to +42.0 Ap-p -21.0 Ap-p to +21.0 Ap-p 0.1 Ap-p 0.0 Ap-p
DC
DC
0
0
0
0
Normal Inverted