154
K
4
K
3
K
2
K
1
Frequency setting
OFF ON ON OFF Multi-stage frequency 6
OFF ON ON ON Multi-stage frequency 7
ON OFF OFF OFF Multi-stage frequency 8
ON OFF OFF ON Multi-stage frequency 9
ON OFF ON OFF Multi-stage frequency 10
ON OFF ON ON Multi-stage frequency 11
ON ON OFF OFF Multi-stage frequency 12
ON ON OFF ON Multi-stage frequency 13
ON ON ON OFF Multi-stage frequency 14
ON ON ON ON Multi-stage frequency 15
When P13.00=1, the multi-stage reference means multi-stage closed loop reference.
The multi-stage closed loop reference selection in Table 6-8 can be realized by selecting the ON/OFF
combination of the multi-stage closed loop terminals 1~4.
Table 6-8 Expression of multi-stage closed loop reference selection
Multi-stag
e closed
loop
terminal 4
Multi-stag
e closed
loop
terminal 3
Multi-stag
e closed
loop
terminal 2
Multi-stag
e closed
loop
terminal 1
Multi-stage closed loop
reference selection
OFF OFF OFF OFF
The closed loop reference is
determined by P14.02.
OFF OFF OFF ON
Multi-stage closed loop
reference 1
OFF OFF ON OFF
Multi-stage closed loop
reference 2
OFF OFF ON ON
Multi-stage closed loop
reference 3
OFF ON OFF OFF
Multi-stage closed loop
reference 4
OFF ON OFF ON
Multi-stage closed loop
reference 5
OFF ON ON OFF
Multi-stage closed loop
reference 6
OFF ON ON ON
Multi-stage closed loop
reference 7
ON OFF OFF OFF
Multi-stage closed loop
reference 8
ON OFF OFF ON
Multi-stage closed loop
reference 9
ON OFF ON OFF
Multi-stage closed loop
reference 10
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