CONTROLS HARDWARE RELEASE NO. 82.0CONTROLS
CAMAC 335
SVX
ED-218655
CONTROLS HARDWARE RELEASE NO. 82.0
CAMAC 335 Module
SVX Radiation Dose Monitor
Dan E. Amidei / Robert J. Ducar
March 30, 1992 DRAFT
1 DESCRIPTION
2 CAMAC 335 OP CODES
5 SPARES
7 DOCUMENTATION
8 PALS DOCUMENTATION
PALS DIRECTORY
Note: Please see Ann Mason or Bob Ducar for more information.
1 DESCRIPTION
The two-wide CAMAC 335 module is uniquely associated with
protection of the CDF SVX detector from damaging radiation by
facilitating the generation of an abort request to the
Tevatron Abort System. The module digitizes two separate loss
monitor signals that are representative of radiation dose to
the SVX detector at the B0 Colliding Detector Facility.
Programmable alarm and trip levels are provided for each of
the loss monitors. Digitized values at or above the alarm
level result in module LAM assertion. Digitized values at or
above the trip level also result in module LAM assertion and,
additionally, may result in the fall of a permit to the
Tevatron Abort System.
The sampling rate of the loss monitor signals is once every
ten beam revolutions in the Tevatron as indicated by TVBS
revolution event $AA. Sampled data are directly readable and
are also loaded into FIFOs that may range in depth from 2K to
16K samples. TCLK events, as well as CAMAC codes, control the
stop and start of the FIFO recording process. FIFOs will stop
loading approximately 10 msec after receipt of TCLK Event $47,
which signifies the fall of the Tevatron Permit Loop. The
FIFOs will start recording after TCLK Events $58, $5B, or $5C
which usually signify injection of beam into the Tevatron.
TCLK $48, which resets the Tevatron Abort Loop, will clear
latched trips. Though not thought to be implemented for the
initial installation, the ability of the module to assert
alarm and/or trip conditions may be suppressed for select
times upon detection of certain TCLK events.
A companion embedded processor module will integrate the
radiation dose for each of the channels according to
algorithms yet to be specified. The accummulated dose is
expected to be read and logged by the control system at the
conclusion of every store. Details of this aspect of the SVX
protection system will be specified at a later time and will
not impact on the 335 module specifications presented herein.
2 CAMAC 335 OP CODES
All codes return Q and X immediately with the exception of
the F(2) operations. This module may assert LAM.
F(0) A(n) Read Most Recent Digitized Value of Loss Monitor
--------- n = 0 for Channel 0, n = 1 for Channel 1
Sample Data are in Unsigned Integer Format
R24 (MSB) - R9 | R8 - (LSB) R1
--------------------------------------
0 | Last LM Sample
F(1) A(0) Read Module Status
---------
R24 (MSB) - R10 | R9 - (LSB) R1
---------------------------------
0 | SB9 - SB1
SB9 = 1 for Trip Output Enabled
SB8 = 1 for Beam Permitting Output Active
SB7 = 1 for FIFOs in Recording Mode
SB6 = 1 for TCLK Present ($07 Event Stretched)
SB5 = 1 for TVBS Present ($AA Event Stretched)
SB4 = 0 (Reserved)
SB3 = 0 (Reserved)
SB2 = 0 (Reserved)
SB1 = 0 (Reserved)
F(1) A(1) Read LAM Status (Any Bit High Yields LAM)
---------
R24 (MSB) - R10 | R9 - (LSB) R1
---------------------------------
0 | LS9 - LS1
LS9 = 1 for Trip Output Disabled
LS8 = 1 for TVBS $AA Absent
LS7 = 1 for TCLK $07 Absent
LS6 = 0 (Reserved)
LS5 = 1 for Chan 1 Trip Level Reached
LS4 = 1 for Chan 0 Trip Level Reached
LS3 = 0 (Reserved)
LS2 = 1 for Chan 1 Alarm Level Reached
LS1 = 1 for Chan 0 Alarm Level Reached
F(1) A(2) Read and Clear LAM Status
---------
Read Data are as above. LS6 through LS1 are
cleared at S2 time or upon module receipt of
TCLK $48.
F(2) A(n) Read 2K to 16K FIFO Loss Monitor Sample Record
--------- n = 0 for Channel 0, n = 1 for Channel 1
No Q when Empty
Record Data are in Unsigned Integer Format
R24 (MSB) - R9 | R8 - (LSB) R1
----------------------------------------
0 | LM Sample Record
F(3) A(n) Read Alarm Level
--------- n = 0 for Channel 0, n = 1 for Channel 1
Alarm Level is in Unsigned Integer Format
R24 (MSB) - R9 | R8 - (LSB) R1
----------------------------------
0 | Alarm Level
F(4) A(n) Read Trip Level
--------- n = 0 for Channel 0, n = 1 for Channel 1
Trip Level is in Unsigned Integer Format
R24 (MSB) - R9 | R8 - (LSB) R1
---------------------------------
0 | Trip Level
F(6) A(0) Read Module Number
---------
R16 (MSB) - (LSB) R1
--------------------------------
| $014F Hex, 335 Dec |
F(7) A(0) Dummy Read - No Data are Returned
---------
F(9) A(0) Reset Module
---------
Wire-OR with Z*S2 and Power Up Clear.
Trip Output Disabled, FIFOs Cleared and
Set to Record, Alarm and Trip Flags Reset
F(19) A(n) Write Alarm Level
---------- n = 0 for Channel 0, n = 1 for Channel 1
Alarm Level is in Unsigned Integer Format
W24 (MSB) - W9 | W8 - (LSB) W1
----------------------------------
x | Alarm Level
F(20) A(n) Write Trip Level
---------- n = 0 for Channel 0, n = 1 for Channel 1
Trip Level is in Unsigned Integer Format
W24 (MSB) - W9 | W8 - (LSB) W1
---------------------------------
x | Trip Level
F(24) A(0) Stop FIFO Recording (Immediate)
----------
F(26) A(0) Start FIFO Recording
----------
F(28) A(0) Disable Trip Request Output (Forced Permit State)
----------
F(30) A(0) Enable Trip Request Output
----------
3 CAMAC 335 MODULE - I/O ASSIGNMENTS
Rather than a standard 36 position edge connector in the
I/O space, the CAMAC 335 has three directly mounted Lemo
connectors that are accessible from the rear. Their
assignment from top to bottom is as follows:
TCLK Input
TCLK Output
Permit Output
4 CAMAC 335 MODULE - FRONT PANEL
The CAMAC 335 module has the following front
panel features:
N led: Red (stretched)
LAM led: Red
Enabled led: Yellow (Module may effect Trip when on.)
Permit Out Lemo: With Green & Red leds (Permit/Trip)
Channel 1 leds: Red (Trip), Yellow (Alarm), & Green (OK)
Channel 0 leds: Red (Trip), Yellow (Alarm), & Green (OK)
Loss Monitor Analog Input Lemos for Channels 1 and 0
TCLK In & Out Lemos: With Green led ($07 stretched)
TVBS $AA In & Out Lemos: With Yellow led ($AA stretched)
5 SPARES
A supply of CAMAC 335 operational spares is maintained on
the second floor of the Linac Annex and possibly at the
Colliding Detector Facility (CDF).
6 ON-BOARD MODULE OPTIONS
The 2K deep FIFOs at locations #10 and #11 may be
substituted with 4K, 8K, or 16K deep devices as applications
may warrant.
The checking of all options and PAL designators before
replacement of the module is advised.
7 DOCUMENTATION
0812-ED-218655 Schematic
0812-BD-218656 Artwork (RF-140)
0812-BD-218657 Master Drawing
0812-MD-34863 Outline Drawing
0812-BD-218658 Solder Mask
0812-BD-218659 Silkscreen
0812-MC-218660 Front Panel Mechanical
0812-MD-218661 Front Panel Silkscreen
8 PALS DOCUMENTATION
Directory: DEVL::USR$DISK3:[DUCAR.PALS]
Filenames: 33509A.DAT NAF Decoder #1 PLS173
33512A.DAT NAF Decoder #2 PLS173
33519A.DAT TCLK Event Decoder PLS173
33535A.DAT Channel 1 Logic PLS153
33536A.DAT Channel 0 Logic PLS153
rjd: DEVL::USR$DISK3:[DUCAR.DOC]CMC335.RNO
PALS DOCUMENTATION
module 33509a title ' CAMAC 335 R. DUCAR 3-31-92 ' 33509a device 'f173';
PUC, F16, F8, F4, F2, F1 pin 1,2,3,4,5,6; N, A1, S1, A8, A4 pin 7,8,9,10,11; S2, Z, A2, F112, TRER, TRE pin 13,14,15,16,17,18; CLR, F122, F24, F26, X pin 19,20,21,22,23;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations ;
/CLR = N*/F16*F8*/F4*/F2*F1*A8*A4*A2*/A1*S1*PUC + " F(9)A(0)S1
/Z*/S2*PUC + /PUC
/F26 = N*F16*F8*/F4*F2*/F1*A8*A4*A2*/A1*S1*CLR ;" F(26)A(0)S1
/F24 = N*F16*F8*/F4*/F2*/F1*A8*A4*A2*/A1*S1*CLR ;" F(24)A(0)S1
/F122 = N*/F16*/F8*/F4*/F2*F1*A8*A4*/A2*/A1*/S2*CLR ;" F(1)A(2)S2
/F112 = N*/F16*/F8*/F4*/F2*F1*A8*A4*A2*A1*CLR + " F(1)A(1)
N*/F16*/F8*/F4*/F2*F1*A8*A4*/A2*/A1*CLR ;" F(1)A(2)
TRE = N*F16*F8*F4*F2*/F1*A8*A4*A2*/A1*S1*CLR + " F(30)A(0)S1
TRE*CLR*/TRER;
TRER = N*F16*F8*F4*/F2*/F1*A8*A4*A2*/A1*S1*CLR + " F(28)A(0)S1
/CLR;
/X = N*/F16*/F8*/F4*A8*A4*A2*CLR + " F(0-3)A(0-1)
N*/F16*/F8*/F4*/F2*F1*A8*A4*/A2*/A1*CLR + " F(1)A(2)
N*/F16*/F8*F4*/F2*/F1*A8*A4*A2*CLR + " F(4)A(0-1)
N*/F16*/F8*F4*F2*A8*A4*A2*/A1*CLR + " F(6-7)A(0)
N*/F16*F8*/F4*/F2*F1*A8*A4*A2*/A1*PUC*Z + " F(9)A(0)
N*F16*/F8*/F4*F2*F1*A8*A4*A2*CLR + " F(19)A(0-1)
N*F16*/F8*F4*/F2*/F1*A8*A4*A2*CLR + " F(20)A(0-1)
N*F16*F8*/F1*A8*A4*A2*/A1*CLR ;" F(24-30)A(0)
"DESCRIPTION: This PAL provides the first level of NAF
decoding for the CAMAC 335 module.
end 33509a
module 33512a title ' CAMAC 335 R. DUCAR 4-2-92 ' 33512a device 'f173';
X, F16, F8, F4, F2, F1 pin 1,2,3,4,5,6; A1, S1, EF0, EF1, N pin 7,8,9,10,11; A2, W, R, DF02, Q, NC18 pin 13,14,15,16,17,18; NDF, DF6, DF1, DF319, DF420 pin 19,20,21,22,23;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
/DF420 = /X*/F16*/F8*F4*/F2*/F1*A2 + " F(4)A(0-1)
/X*F16*/F8*F4*/F2*/F1*A2*S1 ;" F(20)A(0-1)S1
/NDF = N*/F8*F4*/F2*F1*X " N*F(5+21)
/DF319 = /X*/F16*/F8*/F4*F2*F1*A2 + " F(3)A(0-1)
/X*F16*/F8*/F4*F2*F1*A2*S1 ;" F(19)A(0-1)S1
/DF02 = /X*/F16*/F8*/F4*/F2*/F1*A2 + " F(0)A(0-1)
/X*/F16*/F8*/F4*F2*/F1*A2*/A1*EF0 + " F(2)A(0)
/X*/F16*/F8*/F4*F2*/F1*A2*A1*EF1 + " F(2)A(1)
/DF02*/X;
/DF6 = /X*/F16*/F8*F4*F2*/F1*A2*/A1 ;" F(6)A(0)
/DF1 = /X*/F16*/F8*/F4*/F2*F1*A2*/A1 ;" F(1)A(0)
/R = /X*/DF02 + /X*/DF1 +/X*/DF6 +
/X*/F16*/F8*/F4*/F2*F1*A2*A1 + " F(1)A(1)
/X*/F16*/F8*/F4*/F2*F1*/A2*/A1 + " F(1)A(2)
/X*/F16*/F8*/F4*F2*F1*A2 + " F(3)A(0-1)
/X*/F16*/F8*F4*/F2*/F1*A2 ;" F(4)A(0-1)
/Q = /X*/R + /X*/W +
/X*/F16*/F8*F4*F2*F1*A2*/A1 + " F(7)A(0)
/X*/F16*F8*/F4*/F2*F1*A2*/A1 + " F(9)A(0)
/X*F16*/F8*/F4*F2*F1*A2 + " F(19)A(0-1)
/X*F16*/F8*F4*/F2*/F1*A2 + " F(20)A(0-1)
/X*F16*F8*/F1*A2*/A1 ;" F(24-30)A(0)
/W = N*F16*/F8*/F4*F2*F1*A2 + " F(19)A(0-1)
N*F16*/F8*F4*/F2*/F1*A2 ;" F(20)A(0-1)
"DESCRIPTION: This PAL provides the second level of NAF
decoding for the CAMAC 335 module.
end 33512a
module 33519b title ' CAMAC 335 R. DUCAR 4-20-92 ' 33519b device 'f173';
B0, B1, B2, B3, B4, DE pin 1,2,3,4,5,6; B5, B6, F122, B7, CLR pin 7,8,9,10,11; T1, TT1, T2, TT2, _47D, RLAM pin 13,14,15,16,17,18; F24, _47, F26, RCRD, _07 pin 19,20,21,22,23;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
/_07 = /DE*/B7*/B6*/B5*/B4*/B3*B2*B1*B0 ;" $07
/_47 = /DE*/B7*B6*/B5*/B4*/B3*B2*B1*B0 ;" $47
RCRD = /DE*/B7*B6*/B5*/B4*B3*/B2*/B1*/B0 + " $48
/F26 + /CLR +
RCRD*F24*__47D*/T2;
/RLAM = /DE*/B7*B6*/B5*/B4*B3*/B2*/B1*/B0 + " $48
/F122*RCRD + /CLR
"DESCRIPTION: This PAL decodes TCLK events for the CAMAC 335
module. "RCRD" being set allows the on-board
FIFOs to record Loss Monitor samples.
B Version includes T2 in the reset part of the
RCRD term to stop recording upon external pulse
input from a 177 timer.
end 33519b
module 33535a title ' CAMAC 335 R. DUCAR 3-31-92 ' 33535a device 'f153';
CE, RCRD, RLAM, AI, NC5 pin 1,2,3,4,5; TI, SB, FF, DF2 pin 6,7,8,9; LAMI, W, R, LAMO, NC15 pin 11,12,13,14,15; NC16, OK, ALRM, TRIP pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations ;
/LAMO = /TRIP + /ALRM + /SB + /LAMI " LAM Out
/W = CE*RCRD ;"
Write FIFO
/R = /W*/FF + /DF2 " Read FIFO
/TRIP = /ALRM*/TI*CE*RLAM + /TRIP*RLAM " Trip Flag
/ALRM = /AI*CE*RLAM + /ALRM*RLAM " Alarm Flag
/OK = ALRM*TRIP ;" OK
"DESCRIPTION: This PAL provides logic for the Channel 1 Loss
Monitor circuitry of the CAMAC 335 module.
end 33535a
module 33536a title ' CAMAC 335 R. DUCAR 4-10-92 ' 33536a device 'f153';
CE, RCRD, RLAM, TI, AI pin 1,2,3,4,5; DF2, SB, FF, NC9 pin 6,7,8,9; LAMI, R, W, TRE, NC15 pin 11,12,13,14,15; OK, ALRM, TRIP, LAMO pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations ;
/LAMO = /TRIP + /ALRM + /SB + /TRE + /LAMI " LAM Out
/W = CE*RCRD ;" Write FIFO
/R = /W*/FF + /DF2 " Read FIFO
/TRIP = /ALRM*/TI*CE*RLAM + /TRIP*RLAM " Trip Flag
/ALRM = /AI*CE*RLAM + /ALRM*RLAM " Alarm Flag
/OK = ALRM*TRIP ;" OK
"DESCRIPTION: This PAL provides logic for the Channel 0 Loss
Monitor circuitry of the CAMAC 335 module. The
equations are identical to those of the PAL at
Location #35 except for the addition of the TRE
term in the LAMO equation.
end 33536a
