Specifications

1260-14 User Manual
EADS North America Defense Module Specific Syntax 3-19
Test and Services, Inc. © 1992
The asynchronous WRITE command will work normally on a
synchronous port, but the READ command will not. This allows
the user to preset the value of the port prior to the beginning
synchronous operations. Note that this may only be done while
the synchronous mode is not armed.
SETUP WR
command
Syntax: Byte: SE[TUP] <address>.WR,<port>[,Y][,
<byte>,...,<byte>]
Word: SE[TUP] <address>.WR,<port>[,W][,
<word>,...,<word>]
Bit: SE[TUP] <address>.WR,<port>[,X][,
<bits>;...;<bits>]
<address>::= Module address of the 1260-14 (1-12)
<port>::= Synchronous port number that is being defined (0-
11)
<byte>::= An 8-bit value specified as either decimal format (0-
255), hexadecimal format (H0-HFF) or binary format (B0-
B11111111). Note that the "H" is required in front of hex values
and the "B" is required in front of binary values.
<word>::= A 16-bit value specified in either decimal format (0-
65535), hexadecimal format (H0-HFFFF) or binary format (B0-
B1111111111111111). Note that the "H" is required in front of hex
values and the "B" is required in front of binary values.
<bits>::= Specifies up to eight single bit transitions in the form
Lx|Hx,...Lx|Hx where x specifies which bit number to write high
(Hx) or low (Lx), and x may take the values from 0-7. For example,
SETUP 5.WR 1,X,L1,L3;H0,H1 would cause bits 1 and 3 in port 1
to go low in vector 1 followed by bits 0 and 1 going high in vector 2.
Description: This command sets up a single synchronous port to
perform a buffered write operation. Up to 256 data vectors can be
set up ahead of time in the port’s buffer. Once a synchronous test
is armed, data from the buffer is clocked out of the port by each
active edge of CLKIN until either the last data item for each
synchronous port has been clocked, automatically disarming the
test, or the user disarms the test manually using the SETUP
ARM,OFF command. The last value on the port will remain there
until either another synchronous test is run, the user performs an
asynchronous WRITE on the port or the user resets the module. It
should be noted that it is the user’s responsibility to ensure that the
appropriate ports are write-enabled before starting the
synchronous test.
Write commands may be specified as either bit, byte or word-wide
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