[DUCAR.DOC]CMC287.VER R. J. DUCAR, R. Crouch
8-2-00,8-9-01
CAMAC 287 Module - Detailed Listing of Implemented Versions
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All Versions:
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The 287 module is a 279 module that has been modified to accept
TCLK instead of a Beam Sync Clock as a primary input. The only
hardware difference is different timing components on the 96S02 at
IC location #25. PALs associated with the 279 module may often be
used with implemented versions of the 287. Specifically: PALs
27905A.DAT and 27912A.DAT are common. PAL 27921A.DAT is also ex-
pected to be common for nearly all versions of the 287, exception
to which will be specifically noted. This PAL causes both channels
of the 287 to be enabled upon power-up or module clear. The pro-
grammable enable/disable feature is maintained. The four remaining
PAL source files (28736x.DAT, 28737x.DAT, 28741x.DAT, and 28742x.DAT)
are generally unique to each implemented version.
Version 1.0 TEST
----------- ----
This version of the 287 module is the form to which all con-
structed modules are initially configured. The associated PALs
are specifically programmed to accommodate manual and computer
testing.
Channel 0: This channel is armed by an external trigger and
outputs a pulse delayed from TCLK event $07.
Channel 1: This channel is armed by an external trigger and
outputs a pulse delayed from TCLK event $07.
Module Location: Lab Test Stand
Unique PALs: 28736A.DAT, 27937A.DAT, 28741A.DAT, 28742A.DAT
DCE1 = DCE2 = DCE3 = $07 (720 Hz) DCE4 = $0F (15 Hz)
Notes: A normal testing environment is one in which TCLK is
applied to the front panel or 1R input. The TCLK 2R
output should be wired to the TCLK 4R input. The P2
output, 7R, should be wired to Ext Trig 0 and 1 inputs.
Version 2.1 Booster Chopper $12 + $13 Times 11-11-91
-----------
This version of the 287 module is installed in the Booster
control system to provide coarse TCON and TCOFF times to the 200
MEV chopper only during a Booster beam cycle marked by TCLK events
$12 and $13. Installation is made at the request of Curt Owen and
Jim Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK events $12 or $13. Parameter B:CTCB13 is the
assigned name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK events $12 or $13. Parameter B:CTCE13 is the
assigned name for the delay value.
Module Location: $12 N1 (Booster)
Unique PALs: 28736B.DAT, 28741P.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D DCE4 = $13
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
cable to 288 modules in slots 8 and 9 of the same
crate to accommodate fine delays of 0 to 90 nanoseconds
in 10 nanosecond steps.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 3.0
-----------
This version of the 287 module is installed in the Booster
control system to provide coarse TCON and TCOFF times to the 200
MEV chopper only during a Booster beam cycle marked by TCLK event
$14. Installation is made at the request of Curt Owen and Jim
Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK event $14. Parameter B:CTCB14 is the assigned
name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $14. Parameter B:CTCE14 is the assigned
name for the delay value.
Module Location: $12 N2 (Booster)
Unique PALs: 28736C.DAT, 28741C.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D DCE4 = $14
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
cable to 288 modules in slots 8 and 9 of the same
crate to accommodate fine delays of 0 to 90 nanoseconds
in 10 nanosecond steps.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 4.1
-----------
This version of the 287 module is installed in the Booster
control system to provide coarse TCON and TCOFF times to the 200
MEV chopper only during a Booster beam cycle marked by TCLK events
$15. Installation is made at the request of Curt Owen and Jim
Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK event $15. Parameter B:CTCB15 is the assigned
name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $15. Parameter B:CTCE15 is the assigned
name for the delay value.
Module Location: $12 N3 (Booster)
Unique PALs: 28736J.DAT, 28741J.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D DCE4 = $15
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
cable to 288 modules in slots 8 and 9 of the same
crate to accommodate fine delays of 0 to 90 nanoseconds
in 10 nanosecond steps.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 5.0
-----------
This version of the 287 module is installed in the Booster
control system to provide coarse TCON and TCOFF times to the 200
MEV chopper only during a Booster beam cycle marked by TCLK event
$16. Installation is made at the request of Curt Owen and Jim
Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK event $16. Parameter B:CTCB16 is the assigned
name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $16. Parameter B:CTCE16 is the assigned
name for the delay value.
Module Location: $12 N4 (Booster)
Unique PALs: 28736E.DAT, 28741E.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D DCE4 = $16
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
cable to 288 modules in slots 8 and 9 of the same
crate to accommodate fine delays of 0 to 90 nanoseconds
in 10 nanosecond steps.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 6.0
-----------
This version of the 287 module is installed in the Booster
control system to provide coarse TCON and TCOFF times to the 200
MEV chopper only during a Booster beam cycle marked by TCLK event
$17. Installation is made at the request of Curt Owen and Jim
Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK event $17. Parameter B:CTCB17 is the assigned
name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $17. Parameter B:CTCE17 is the assigned
name for the delay value.
Module Location: $12 N5 (Booster)
Unique PALs: 28736F.DAT, 28741F.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D DCE4 = $17
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
cable to 288 modules in slots 8 and 9 of the same
crate to accommodate fine delays of 0 to 90 nanoseconds
in 10 nanosecond steps.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 7.0
-----------
This version of the 287 module is installed in the Booster
control system to provide triggers for the Orbump Power Supply.
Installation is made at the request of Curt Owen and Jim Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK events $12 and $13. Parameter B:TORB13 is
the assigned name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $14. Parameter B:TORB14 is the assigned
name for the delay value.
Module Location: $30 N14 (Booster)
Unique PALs: 28736G.DAT, 28741G.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $1D DCE3 = $12 + $13 DCE4 = $14
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
are wire-or'd with the outputs from slots N15 and N16
and with the Channel 0 output from slot N17.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 8.1
-----------
This version of the 287 module is installed in the Booster
control system to provide triggers for the Orbump Power Supply.
Installation is made at the request of Curt Owen and Jim Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK event $15. Parameter B:TORB15 is the assigned
name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $16. Parameter B:TORB16 is the assigned
name for the delay value.
Module Location: $30 N15 (Booster)
Unique PALs: 28736M.DAT, 28741M.DAT, 28742B.DAT
DCE1 = $12 DCE2 = $1D DCE3 = $15 DCE4 = $16
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
are wire-or'd with the outputs from slots N14 and N16
and with the Channel 0 output from slot N17.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 9.1
-----------
This version of the 287 module is installed in the Booster
control system to provide triggers for the Orbump Power Supply.
Installation is made at the request of Curt Owen and Jim Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK event $17. Parameter B:TORB17 is the assigned
name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $19. Parameter B:TORB19 is the assigned
name for the delay value.
Module Location: $30 N16 (Booster)
Unique PALs: 28736N.DAT, 28741N.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $17 DCE4 = $19
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. The Channel 0 output from this
module is wire-or'd with the outputs from slots N14 and
N15 and with the Channel 0 output from slot 17.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 10.1
------------
This version of the 287 module is installed in the Booster
Control System to provide 100 nsec resolution timing for wire
scanners. Installation is being made at the request of Jim
Lackey. Both channels are used and are wire-or'd together.
Channel 0 is normally enabled and provides fine timing at the
beginning of a Booster Beam Cycle. Channel 1 is normally
disabled and is referenced to a 177 timing channel. This
channel provides fine timing later in a Booster Beam Cycle.
On the infrequent occasions when Channel 1 is utilized,
Channel 0 should be disabled.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK events $13 + $14 + $15 + $16 + $17 + $19 +
$1C+ $1D. Maximum delay on this channel is 6.5535 msec. Parameter
B:TWIRE is assigned to the delay value. Upon power-up, this
channel is normally enabled.
Channel 1: This channel is always armed and outputs a pulse
delayed from an externally applied pulse. This pulse is sourced
from a 177 timing channel B:TWIREC at $12 N20 A(1) and is applied
the External Trig 1 Input of the 287 module. Parameter B:TWIREF
is assigned to the delay value. B:TWIREC is normally referenced
to TCLK event $10. Upon power-up, this channel is normally
disabled.
Module Location: $12 N19 (Booster)
Unique PALs: 28721A.DAT, 28736I.DAT, 27937H.DAT,
28741T.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D
DCE4 = $13 + $14 + $15 + $16 + $17 + $19 + $1C + $1D
Notes: There is presently no need for ICs at locations 16,
26, 32, and 65.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
37-15 is patched to 41-11. Channels 0 and 1 are wire-
or'd at the I/O connector.
Version 11.0
------------
This version of the 287 module is installed in the Booster
control system to provide coarse TCON and TCOFF times to the 200
MEV chopper only during a Booster beam cycle marked by TCLK events
$19. Installation is made at the request of Jim Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK event $19. Parameter B:CTCB19 is the assigned
name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $19. Parameter B:CTCE19 is the assigned
name for the delay value.
Module Location: $12 N6 (Booster)
Unique PALs: 28736K.DAT, 28741K.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D DCE4 = $19
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
cable to 288 modules in slots 8 and 9 of the same
crate to accommodate fine delays of 0 to 90 nanoseconds
in 10 nanosecond steps.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 12.0
------------
This version of the 287 module is installed in the Booster
control system to provide coarse TCON and TCOFF times to the 200
MEV chopper only during a Booster beam cycle marked by TCLK events
$1C. Installation is made at the request of Jim Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK event $1C. Parameter B:CTCB1C is the assigned
name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $1C. Parameter B:CTCE1C is the assigned
name for the delay value.
Module Location: $12 N7 (Booster)
Unique PALs: 28736L.DAT, 28741L.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D DCE4 = $1C
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
cable to 288 modules in slots 8 and 9 of the same
crate to accommodate fine delays of 0 to 90 nanoseconds
in 10 nanosecond steps.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 13.1
------------
This version of the 287 module is installed in the Booster
control system to provide triggers for the Orbump Power Supply.
Installation is made at the request of Jim Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK event $1C. Parameter B:TORB1C is the assigned
name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $1C. Parameter B:TORB1D is the assigned
name for the delay value
Module Location: $30 N17 (Booster)
Unique PALs: 28736L.DAT, 28741S.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D DCE4 = $1C
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. The Channel 0 output from this
module is wire-or'd with the outputs from slots N14,
N15, and N16.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 14.0
------------
This version of the 287 module is installed in the Booster
control system to provide coarse TCON and TCOFF times to the 200
MEV chopper only during a Booster beam cycle marked by TCLK events
$1D. Installation is made at the request of Jim Lackey.
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK event $1D. Parameter B:CTCB1D is the assigned
name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $1C. Parameter B:CTCE1D is the assigned
name for the delay value.
Module Location: $12 N12 (Booster)
Unique PALs: 28736L.DAT, 28741Q.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D DCE4 = $1C
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
cable to 288 modules in slots 8 and 9 of the same
crate to accommodate fine delays of 0 to 90 nanoseconds
in 10 nanosecond steps.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 15.0
------------
This version of the 287 module is installed in the Booster
control system to provide coarse TCON and TCOFF times to the 200
MEV chopper only during a Booster beam cycle marked by TCLK events
$1D. Installation is made at the request of Bill Pellico.
Channel 0: This channel is always armed and outputs a pulse
delayed from all Booster Resets ($12,13,14,15,16,17,19,1C,1D).
Parameter B:CTBGN is the assigned name for the delay value.
Channel 1: This channel is always armed and outputs a pulse
delayed from all Booster Resets ($12,13,14,15,16,17,19,1C,1D).
Parameter B:CTBGN2 is the assigned name for the delay value.
Module Location: $12 N16 (Booster)
Unique PALs: 28736L.DAT, 28741R.DAT, 28742B.DAT
DCE1 = $11 DCE2 = $12 DCE3 = $1D DCE4 = $1C
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65. Outputs from this module
cable to Pellico's Nim hardware.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.
Version 16.0
-----------
This version of the 287 module is installed in the__________
Channel 0: This channel is always armed and outputs a pulse
delayed from TCLK events $__
Channel 1: This channel is always armed and outputs a pulse
delayed from TCLK event $__
Module Location: $__ N__
Unique PALs: 28736_.DAT, 28741_.DAT, 28742_.DAT
DCE1 = $__ DCE2 = $__ DCE3 = $__ DCE4 = $__
Notes: There is presently no need for ICs at locations 9, 10,
16, 26, 32, 37, and 65.
The maximum delay of these channels is 6.5535 millisec-
onds with a least count resolution of 100 nanoseconds.