2-62
IM DL850E-01EN
Timing1 (Timing1)
Select the edges that are counted as pulses when the multiplier is ×1.
• A : Rising edge of the phase A signal
• A : Falling edge of the phase A signal
• B : Rising edge of the phase B signal
• B : Falling edge of the phase B signal
Rising edge: The point where the signal rises from a low level and passes through the specified signal level
Falling edge: The point where the signal falls from a high level and passes through the specified signal level
If the signal is that of an analog waveform, turn the logic sources off as shown earlier this manual in “Source
Conditions,” and then set the signal level that is counted as a pulse and the hysteresis.
Timing2 (Timing2)
Select the edges that are counted as pulses when the multiplier is ×2.
The options are the same as were described above for Timing1.
When the multiplier is ×2, if you select the same edges as in Timing1, the pulse count conditions are the same
as were explained for multiplier ×1.
Reset Timing (Reset Timing)
Select the timing (edge) at which the pulse count will be reset.
• A : Rising edge of the phase A signal
• A : Falling edge of the phase A signal
• B : Rising edge of the phase B signal
• B : Falling edge of the phase B signal
• Z level (Z Level): When the Z phase signal is at a high level.
Reverse (Reverse)
Set the direction that the angle of rotation increases in.
• ON: The rotation is counter-clockwise.
• OFF: The rotation is clockwise.
Manual Reset (Manual Reset)
To manually reset the angle of rotation, select Execute.
Logic Signal to Analog Waveform Conversion (DA)
Converts the logic signals that have been assigned to Source1 (the least significant digits) and Source2 (the
most significant digits) into an analog waveform and scales the results.
Math Source Waveforms (Source1 and Source2)
You can select input channels of an installed logic module. Set the logic channel for the least significant digits to
Source1 and the logic channel for the most significant digits to Source2.
You cannot select the input channels of CAN bus monitor modules or CAN & LIN bus monitor modules.
Type (Type)
Select the type of the logic signal.
• Unsigned: Unsigned integer
• Signed: Signed integer
• Offset Binary: Offset binary
Bit Length (Bit Length)
Set the bit length that will be converted to an analog signal. The length that you specify will be counted from the
least significant bit.
Range: 2 to 16. The default value is 16.
2 Vertical Axis