Specifications

Appendix Process Images
A - 16
MITSUBISHI ELECTRIC
Control byte C1
Fig. A-18: Control byte C1 of the STL-ENC
Bit Name Description
0
MapPZD Coding of process data (2 Bits), please refer to table A-12
1
2 DisCam1
앫 Software version  XXXX03XX: reserved / not used (0)
앫 Software version  XXXX03XX: disable cam output 1
0 = cam output 1 enabled
1 = cam output 1 disabled
3 DisCam2
앫 Software version  XXXX03XX: reserved / not used (0)
앫 Software version  XXXX03XX: disable cam output 2
0 = cam output 2 enabled
1 = cam output 2 disabled
4 SetCam1
앫 With a positive edge, the set value is taken over as the bottom comparative value for
output 1 (N1).
앫 With a negative edge, the set value is taken over as the top comparative value for
output 1 (N1).
5 SetCam2
앫 With a positive edge, the set value is taken over as the bottom comparative value for
output 2 (N2).
앫 With a negative edge, the set value is taken over as the top comparative value for
output 2 (N2).
6EnableRef
Input REF released.
– The controls set Bit EnableRef.
– The controls must release EN_LATC (control byte C0, bit 0) or EN_LAT_EXT (control
byte C0, bit 1) with a positive edge.
– A positive edge is created at input REF.
– Subsequently, the next positive edge at input C or input Latch leads to a Capture or
Preload event
Tab. A-16: Description of the control byte C1 of the STL-ENC
b7 b6 b5 b4 b3 b2 b1 b0
0/10/10/10/10/10/10/10Control byte C1
MapPZD
MapPZD
DisCam1
DisCam2
SetCam1
SetCam2
EnableRef
Reserved