11
6
– TTL interrupt ENABLED; use with TTL triggered position reporting.
7
– TTL commanded ARRAY move to next position.
9
– Used with CRISP focus lock. TTL IN0 HIGH engages lock if system is in READY state.
TTL IN0 LOW will cause system to UNLOCK is locked already.
OUT0_mode
:
0
– TTL OUT0 unconditionally set LOW.
1
– TTL OUT0 unconditionally set HIGH.
2
– generates TTL pulse at end of a commanded move (
MOVE
or
MOVREL
). The pulse
duration is set with command
RT Y=???.
3
– output TTL OUT0 gated HIGH during axis index 0 (X) constant speed move.
4
– output TTL OUT0 gated HIGH during axis index 1 (Y) constant speed move.
5
– output TTL OUT0 gated HIGH during axis index 2 (Z) constant speed move.
8
– TTL OUT0 timed arrival pre-pulse output. See RT command. Requires PREPULSE
firmware module.
9
– TTL OUT0 PWM and MicroServo Output. See the LED or the SECURE command.
Requires LED_DIMMER or USERVO firmware module
10 –
TTL OUT0 set during SPIM state machine operation. Requires MM_SPIM firmware
module.
OUT0_polarity:
1
– default polarity,
-1
inverts polarity of TTL OUT0.
aux_IO_state
: Requires TTL_AUXILIARY firmware module; behavior depends on the firmware build
and hardware present. Sets the state of the auxiliary TTL output according the
aux_IO_mask. Input and output as a decimal number representing the binary pattern
desired. The following uses have been defined so far:
For MM_SPIM firmware with SPIM TTL card:
Bit0 = Side0/Laser0 output, Bit1 =
Side1/Laser1 output
aux_IO_mask
: Requires TTL_AUXILIARY firmware module; behavior depends on the firmware build
and hardware present. Controls how the aux_IO_state bits are used. Input and output
Содержание Tiger TG-1000
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