Reference Manual

Turbo PMAC/PMAC2 Software Reference
Turbo PMAC On-line Command Specification 273
$$$
Function: Full card reset.
Scope: Global
Syntax: $$$
This command causes Turbo PMAC to do a full card reset. The effect of $$$ is equivalent to that of
cycling power on Turbo PMAC, or taking the INIT/ line low, then high.
With the re-initialization jumper (E51 on a Turbo PMAC, E3 on a Turbo PMAC2) OFF, this command
does a standard reset of the Turbo PMAC. Turbo PMAC copies the contents of the flash memory into
active main memory during a normal reset cycle, overwriting any current contents. This means that
anything changed in Turbo PMAC's active main memory that was not saved to flash memory will be lost.
Contents of the Option 16 supplemental battery-backed parameter memory are not changed by the $$$
command.
With the re-initialization jumper ON, this command does a reset and re-initialization of the Turbo PMAC.
Instead of copying the last saved I-variable values from flash memory into active memory, Turbo PMAC
copies the factory default I-variable values into active memory.
Note:
Because this command immediately causes Turbo PMAC to enter its power-up/rest
cycle, there is no acknowledging character (<ACK> or <LF>) returned to the host.
Example:
I130=60000 ; Change #1 proportional gain
SAVE ; Copy active memory to non-volatile flash memory
I130=80000 ; Change gain again
$$$ ; Reset card
I130 ; Request value of parameter
60000 ; Turbo PMAC reports current value, which is saved value (Put E51 {E3} on)
$$$ ; Reset card
I130 ; Request value of parameter
2000 ; Turbo PMAC reports current value, which is default
See Also:
Resetting Turbo PMAC (Talking to Turbo PMAC)
Control-Panel Port INIT/ Input (Connecting Turbo PMAC to the Machine)
On-line command $$$***
I-variables I5, Ixx80
JPAN Connector Pin 15
Jumpers E3, E51.
$$$***
Function: Global card reset and reinitialization.
Scope: Global
Syntax: $$$***
This command performs a full reset of the card and re-initializes the memory. All programs and other
buffers are erased in active memory. All I-variables are returned to their factory defaults. (Previously
SAVEd states for these programs, buffers, and variables are still held in flash memory, and can be brought
into active memory with a subsequent $$$command). The $$$*** command will also recalculate the
firmware checksum reference value and eliminate any password that might have been entered.