CAMAC 069 ModuleCONTROLS
CAMAC 069
TIMING
ED-35824
CAMAC 069 Module
Timing Processor
Robert J. Ducar
February 28, 1986
1 DESCRIPTION
2 CAMAC 069 OP CODES
5 SPARES
6 DOCUMENTATION
7 PALS DOCUMENTATION
8 CAMAC 069 MODULES-DETAILED LISTING Of IMPLEMENTED VERSIONS
1 DESCRIPTION
The one-wide CAMAC 069 module provides up to three sets
of advance pulses to an associated CAMAC 071 module. The
time interval between advance pulses in each set is
programmable by an on-board dip switch. The number of
advance pulses per set or segment is also programmable by an
on-board dip switch.
This module will assert LAM if TCLK is not active.
2 CAMAC 069 OP CODES
All codes return module Q and X immediately.
This module may assert LAM if TCLK is not active.
F(0) A(1) Read Delta T1 DIP Switch Setting
---------
R24 - R9 | R8 - R1
-----------------------------------
0 | (MSB) - Delta T1 - (LSB)
F(0) A(2) Read Delta T2 DIP Switch Setting
---------
R24 - R9 | R8 - R1
-----------------------------------
0 | (MSB) - Delta T2 - (LSB)
F(0) A(3) Read Delta T3 DIP Switch Setting
---------
R24 - R9 | R8 - R1
-----------------------------------
0 | (MSB) - Delta T3 - (LSB)
F(1) A(0) Read Status
---------
R24 - R9 | R8 | R7 - R5 | R4 - R1
----------------------------------------------
0 TCLKP 0 SEQ3 SEQ2 SEQ1 RST
TCLKP: Asserted when TCLK is active. When
this bit is not active, LAM is
asserted.
SEQ3: Asserted when Sequence State 3
is active.
SEQ2: Asserted when Sequence State 2
is active.
SEQ1: Asserted when Sequence State 1
is active.
RST: Asserted when the Reset State
is active.
F(2) A(1) Read N1 DIP Switch Setting
---------
R24 - R11 | R10 - R1
------------------------------
0 | (MSB) - N1 - (LSB)
F(2) A(2) Read N2 DIP Switch Setting
---------
R24 - R11 | R10 - R1
------------------------------
0 | (MSB) - N2 - (LSB)
F(2) A(23 Read N3 DIP Switch Setting
---------
R24 - R11 | R10 - R1
------------------------------
0 | (MSB) - N3 - (LSB)
F(6) A(0) Read Module Number
---------
R16 - R9 | R8 - R1
----------------------------
| 0 | 45 Hex, 69 Dec |
F(7) A(0) Dummy Read - No Data are returned.
---------
3 CAMAC 069 MODULE - I/O ASSIGNMENTS
Rear I/O: 36 Position Edge Connector A = R B = L
POS SIGNAL POS SIGNAL
--- -------------- --- ----------------
1L Common 1R TCLK Input
2L Common 2R Common
3L Common 3R Common
4L Common 4R Start SEQ3 Input
5L Common 5R Start SEQ2 Input
6L Common 6R Start SEQ1 Input
7L Common 7R RESET Input
8L Common 8R Common
9L Common 9R Common
10L Common 10R Common
11L Common 11R SEQ3 State Output
12L Common 12R SEQ2 State Output
13L Common 13R SEQ1 State Output
14L Common 14R RESET State Output
15L Common 15R Common
16L Common 16R Common
17L Common 17R Common
18L Common 18R Common
The State outputs may be directly wire-or'd.
4 CAMAC 069 MODULE - FRONT PANEL
The CAMAC 069 module has the following front
panel features:
N led: Red (stretched)
LAM led: Red, Indicates TCLK is not active.
TCLK led: Green (stretched), Indicates TCLK is
active.
5 SPARES
A supply of CAMAC 069 operational spares is maintained on
the second floor of the Linac Annex. Upon replacement be
sure to check dip switch settings, clock frequency option,
and PALs at locations #12, #17, and #24.
6 DOCUMENTATION
0812-ED-35824 Schematic
0812-BD-218031 Artwork
0812-BD-218032 Master Drawing
0812-MD-34863 Outline Drawing
0812-MC-35825 Front Panel Mechanical
0812-MC-35826 Front Panel Silkscreen
rjd: DEVL::USR$DISK3:[DUCAR.DOC]CMC069.RNO
7 PALS DOCUMENTATION
module 06901a title ' CAMAC 069 R. DUCAR 6-13-85 ' 06901a device 'f153';
F16, F8, F4, F2, F1 pin 1,2,3,4,5; A8, A4, A2, N pin 6,7,8,9; A1, QX, DF6, READ, DF1 pin 11,12,13,14,15; BA2, BA1, DF0, DF2 pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
/QX = /N*F16*F8*F4*F2*F1*A8*A4*A2*/A1 +
/N*F16*F8*F4*F2*F1*A8*A4*/A2 +
/N*F16*F8*F4*/F2*F1*A8*A4*A2*/A1 +
/N*F16*F8*F4*/F2*F1*A8*A4*/A2 +
/N*F16*F8*F4*F2*/F1*A8*A4*A2*A1 +
/N*F16*F8*/F4*/F2*F1*A8*A4*A2*A1 +
/N*F16*F8*/F4*/F2*/F1*A8*A4*A2*A1 ;
/DF6 = /N*F16*F8*/F4*/F2*F1*A8*A4*A2*A1;
/READ = /N*F16*F8*F4*F2*F1*A8*A4*A2*/A1 +
/N*F16*F8*F4*F2*F1*A8*A4*/A2 +
/N*F16*F8*F4*F2*/F1*A8*A4*A2*A1 +
/N*F16*F8*F4*/F2*F1*A8*A4*A2*/A1 +
/N*F16*F8*F4*/F2*F1*A8*A4*/A2 +
/N*F16*F8*/F4*/F2*F1*A8*A4*A2*A1 ;
;
/DF1 = /N*F16*F8*F4*F2*/F1*A8*A4*A2*A1;
BA2 = /A2;
BA1 = /A1;
/DF0 = /N*F16*F8*F4*F2*F1*A8*A4*A2*/A1 +
/N*F16*F8*F4*F2*F1*A8*A4*/A2 ;
/DF2 = /N*F16*F8*F4*/F2*F1*A8*A4*A2*/A1 +
/N*F16*F8*F4*/F2*F1*A8*A4*/A2 ;
"DESCRIPTION: This PAL provides NAF decoding for the CAMAC 069
module. A F(7)A(0) code for a no-op read is in-
cluded in the QX term.
end 06901a
module 06912a title ' CAMAC 069 R. J. DUCAR 6-4-85 ' 06912a device 'f153';
B0, B1, B2, B3, B4 pin 1,2,3,4,5; ED, B5, B6, B7 pin 6,7,8,9; NC11, NC12, NC13, NC14, NC15 pin 11,12,13,14,15; ER, E1, E2, E3 pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
/ER = /ED*/B7*/B6*B5*/B4*/B3*/B2*/B1 + " 20 21
/ED*/B7*/B6*B5*/B4*/B3*B2*B1*/B0 + " 26
/ED*/B7*/B6*B5*/B4*B3*/B2*/B1*B0 + " 29
/ED*/B7*/B6*B5*/B4*B3*/B2*B1 + " 2A 2B
/ED*/B7*/B6*B5*/B4*B3*B2*/B1*B0 + " 2D
/ED*/B7*/B6*B5*/B4*B3*B2*B1*/B0 ;" 2E
/E1 = /ED*B7*/B6*/B5*/B4*/B3*/B2*/B1*B0 ;" 81
/E2 = /ED*B7*/B6*/B5*/B4*/B3*/B2*/B1*B0 ;" 81 ; /E3 = /ED*B7*/B6*/B5*/B4*/B3*/B2*/B1*B0 ;" 81
"DESCRIPTION: This PAL provides the capability of setting any
of the four states of the 069 module by TCLK
detected events.
ER is the OR of all Main Ring Reset events which
are $20, $21, $29, $2A, $2B, $2D, and $2E plus $26
which is the end of Main Ring flat top.
E1 = E2 = E3 = TCLK event $81. These outputs will
most likely not be used by the PAL at location 17.
Text and format revised 8-22-90. end 06912a
module 06912b title ' CAMAC 069 R. J. DUCAR 2-28-86 ' 06912b device 'f153';
B0, B1, B2, B3, B4 pin 1,2,3,4,5; ED, B5, B6, B7 pin 6,7,8,9; NC11, NC12, NC13, NC14, NC15 pin 11,12,13,14,15; ER, E1, E2, E3 pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
/ER = /ED*B7*B6*B5*B4*B3*B2*B1*/B0 ;"FE No-op
/E1 = /ED*/B7*/B6*/B5*B4*/B3*/B2*/B1*B0 + "11
/ED*/B7*/B6*/B5*B4*/B3*/B2*B1 + "12 13
/ED*/B7*/B6*/B5*B4*/B3*B2 + "14 15 16 17
/ED*/B7*/B6*/B5*B4*B3*/B2*/B1*B0 + "19
/ED*/B7*/B6*/B5*B4*B3*B2*/B1*/B0 ;"1C
/E2 = /ED*B7*B6*B5*B4*B3*B2*B1*/B0 ;"FE No-op
/E3 = /ED*B7*B6*B5*B4*B3*B2*B1*/B0 ;"FE No-op
"DESCRIPTION: This PAL provides the capability of setting any
of the four states of the 069 module by TCLK
detected events.
E1 is the OR of all Booster Reset events which
form a Booster synchronous 15 Hz signal.
ER = E2 = E3 = TCLK event $FE which is a no-op. end 06912b
module 06912c title ' CAMAC 069 R. J. DUCAR 9-16-86 ' 06912c device 'f153';
B0, B1, B2, B3, B4 pin 1,2,3,4,5; ED, B5, B6, B7 pin 6,7,8,9; NC11, NC12, NC13, NC14, NC15 pin 11,12,13,14,15; ER, E1, E2, E3 pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
/ER = /ED*/B7*/B6*/B5*B4*/B3*/B2*/B1*B0 + "11
/ED*/B7*/B6*/B5*B4*/B3*/B2*B1 + "12 13
/ED*/B7*/B6*/B5*B4*/B3*B2 + "14 15 16 17
/ED*/B7*/B6*/B5*B4*B3*/B2*/B1*B0 + "19
/ED*/B7*/B6*/B5*B4*B3*B2*/B1*/B0 ;"1C
/E1 = /ED*B7*B6*B5*B4*B3*B2*B1*/B0 ;"FE No-op
/E2 = /ED*B7*B6*B5*B4*B3*B2*B1*/B0 ;"FE No-op
/E3 = /ED*B7*B6*B5*B4*B3*B2*B1*/B0 ;"FE No-op
"DESCRIPTION: This PAL provides the capability of setting any
of the four states of the 069 module by TCLK
detected events.
ER is the "or" of all Booster Reset events which
form a Booster synchronous 15 Hz signal.
E1 = E2 = E3 = TCLK event $FE which is a no-op. end 06912c
module 06912d title ' CAMAC 069 R. J. DUCAR 11-16-90 ' 06912d device 'f153';
B0, B1, B2, B3, B4 pin 1,2,3,4,5; ED, B5, B6, B7 pin 6,7,8,9; NC11, NC12, NC13, NC14, NC15 pin 11,12,13,14,15; ER, E1, E2, E3 pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
/ER = /ED*B7*B6*B5*B4*B3*B2*B1*/B0 ;"FE No-op
/E1 = /ED*/B7*/B6*/B5*B4*/B3*/B2*B1 + "12 13
/ED*/B7*/B6*/B5*B4*/B3*B2 + "14 15 16 17
/ED*/B7*/B6*/B5*B4*B3*/B2*/B1*B0 + "19
/ED*/B7*/B6*/B5*B4*B3*B2*/B1*/B0 ;"1C
/E2 = /ED*B7*B6*B5*B4*B3*B2*B1*/B0 ;"FE No-op
/E3 = /ED*B7*B6*B5*B4*B3*B2*B1*/B0 ;"FE No-op
"DESCRIPTION: This PAL provides the capability of setting any
of the four states of the 069 module by TCLK
detected events.
E1 is the OR of all Booster Pre-Pulse and Beam
Reset events.
ER = E2 = E3 = TCLK event $FE which is a no-op.
7-14-92: Format & text revised.
This PAL will probably be used for V5.0 by B. Barnes.
end 06912d
module 06917a title ' CAMAC 069 R. J. DUCAR 6-4-85 ' 06917a device 'f153';
E3, E2, E1, ER, NC5 pin 1,2,3,4,5; XR, X1, X2, X3 pin 6,7,8,9; S1, SR, RR, R1, NC15 pin 11,12,13,14,15; S2, S3, R2, R3 pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
/S3 = /X3;
/S2 = /X2;
/S1 = /X1;
/SR = /XR + /ER
/R3 = /XR + /ER + /X1 + /X2
/R2 = /XR + /ER + /X1 + /X3
/R1 = /XR + /ER + /X2 + /X3
/RR = /X1 + /X2 + /X3
"DESCRIPTION: This PAL provides set and reset control to the
four state flip-flops of the 069 module. The
ER term is the or of all Main Ring resets plus
the end of flat top event.
end 06917a
module 06917b title ' CAMAC 069 R. J. DUCAR 2-28-86 ' 06917b device 'f153';
E3, E2, E1, ER, NC5 pin 1,2,3,4,5; XR, X1, X2, X3 pin 6,7,8,9; S1, SR, RR, R1, NC15 pin 11,12,13,14,15; S2, S3, R2, R3 pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
/S3 = /X3;
/S2 = /X2;
/S1 = /X1 + /E1
/SR = /XR;
/R3 = /XR + /X1 + /X2 + /E1
/R2 = /XR + /X1 + /X3 + /E1
/R1 = /XR + /X2 + /X3
/RR = /X1 + /X2 + /X3 + /E1
"DESCRIPTION: This PAL provides set and reset control to the
four state flip-flops of the 069 module. The
E1 term is the or of all Booster resets (15 Hz).
end 06917b
module 06917c title ' CAMAC 069 R. J. DUCAR 7-18-90 ' 06917c device 'f153';
E3, E2, E1, ER, NC5 pin 1,2,3,4,5; XR, X1, X2, X3 pin 6,7,8,9; S1, SR, RR, R1, NC15 pin 11,12,13,14,15; S2, S3, R2, R3 pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
/S3 = /X3;
/S2 = /X2;
/S1 = /X1 ;
/SR = /XR;
/R3 = /XR + /X1 + /X2
/R2 = /XR + /X1 + /X3
/R1 = /XR + /X2 + /X3
/RR = /X1 + /X2 + /X3
"DESCRIPTION: This PAL provides set and reset control to the
four state flip-flops of the 069 module. No
use of the decoded TCLK events is intended.
end 06917c
module 06924a title ' CAMAC 069 V1.0 R. J. DUCAR 10-14-87 ' 06924a device 'f153';
SR, S1, S2, S3, A pin 1,2,3,4,5; _250, CLKI, AI, QB pin 6,7,8,9; CLKO, NACHV, Q, SA, INIT pin 11,12,13,14,15; T250, ADV, ISS, SEQ pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
QB = /NACHV + /Q + /SR "Modified 10-14-87
CLKO = /CLKI + /S1 + /S2 + /S3 "Modified 3-3-86
Q = /S1*/_250 + /S2*/250 + /S3*/250 + /QB
/SA = /S1*/_250 + /S2*/250 + /S3*/250 + /A + /AI
/INIT = /SR*/_250;
/T_250 = /SR + /S1 + /S2 + /S3
/ADV = /A*SR*INIT + /AI "Modified 3-3-86
/ISS = /SR*/_250 + /S1*/250 + /S2*/250 + /S3*/250
/SEQ = /S1*/_250 + /S2*/250 + /S3*/250
"DESCRIPTION: This PAL generates necessary outputs of the 069
module for application to CAMAC 071 modules.
Three of the equations have been modified for this
version of the PAL. Just in case there is trouble,
here are the old equations.
CLKO = /CLKI + /SR + /S1 + /S2 + /S3
/ADV = /A + /AI
QB = /NACHV + /Q end 06924a
module 06924b title ' CAMAC 069 R. J. DUCAR 3-3-86 ' 06924b device 'f153';
SR, S1, S2, S3, A pin 1,2,3,4,5; _250, CLKI, AI, QB pin 6,7,8,9; CLKO, NACHV, Q, SA, INIT pin 11,12,13,14,15; T250, ADV, ISS, SEQ pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
QB = /NACHV + /Q
CLKO = /CLKI;
Q = /S1*/_250 + /QB
/SA = /S1*/_250 + /A + /AI
/INIT = /S1*/_250;
/T_250 = /S1 ;
/ADV = /A*S1*INIT + /AI
/ISS = /S1*/_250 ;
/SEQ = /S1*/_250 ;
"DESCRIPTION: This PAL generates necessary outputs of the 069
module for application to CAMAC 071 modules.
end 06924b
module 06924c title ' CAMAC 069 R. J. DUCAR 9-16-86 ' 06924c device 'f153';
SR, S1, S2, S3, A pin 1,2,3,4,5; _250, CLKI, AI, QB pin 6,7,8,9; CLKO, NACHV, Q, SA, INIT pin 11,12,13,14,15; T250, ADV, ISS, SEQ pin 16,17,18,19;
H,L,X,Z = 1,0,.X.,.Z.; "Use standard PALASM operators @ALTERNATE equations
QB = /NACHV + /Q
CLKO = /CLKI;
Q = /S1*/_250 + /QB
/SA = /S1*/_250 + /A + /AI
/INIT = /SR*/_250;
/T_250 = /SR + /S1
/ADV = /A*S1*INIT + /AI
/ISS = /SR*/_250 ;
/SEQ = /S1*/_250 ;
"DESCRIPTION: This PAL generates necessary outputs of the 069
module for application to CAMAC 071 modules.
end 06924c
[DUCAR.DOC]CMC069.VER R. J. Ducar 7-14-92
CAMAC 069 Modules - Detailed Listing of Implemented Versions
| Versions Directory | |||
|---|---|---|---|
| Version 1.0 | Version 2.0 | Version 3.0 | Version 4.0 |
| Version 5.0 | Version 6.0 | Version 7.0 | Version 8.0 |
| Version 9.0 | |||
General Considerations:
There are four PALs on the 069 module. The PAL at location #1 is the NAF decoder and is common to all implemented versions. The PALs at locations #12, #17, and #24 are considered unique to the application. Aside from PALs, the only other option to consider is the internal clock frequency. Patching options exist at location #7 for 10 MHz, 1 MHz, and 1 KHz. These clocks are divided by ten before application to the Delta Tn counter. Therefore, if one microsecond Delta Tn resolution is desired, the 10 MHz clock output should be selected at location #7. There are on-board dip switches for Delta Tn and Nn for each of the three available curve segments.
Version 1.0: MRRF Special Curves - Bunch Rotation
Module Location: DEC-R $87 N16
PALs: 06901A.DAT, 06912A.DAT, 06917A.DAT, 06924A.DAT
Reset State: Set by TCLK events $20, $21, $29, $2A, $2B, $2D, $2E, and $26 (End of Main Ring flat-top).
SEQ1 State: Set by external timing channel (X1). Delta T1 = .2 msec (14 Hex) N1 = 500 (1f4 Hex)
SEQ2 State: Set by external timing channel (X2). Delta T2 = .2 msec (14 Hex) N2 = 10 (A Hex)
SEQ3 State: Set by external timing channel (X3). Delta T3 = .2 msec (14 Hex) N3 = 497 (1F1 Hex)
Clock Select at Location #7: 1 MHz
Notes: This module was installed at the request of Keith Meisner. TCLK entry is from the front panel - no need to install coax to rear I/O.
SPECIAL NOTE: This module has a new PAL at Location 24 that makes the 071 go back to reset mode as soon as a reset event is received - even if Segment 3 is not finished playing.
Version 2.0: MRRF Special Curves - Proton Coalescing
Module Location: DEC-R $83 N6
PALs: 06901A.DAT, 06912A.DAT, 06917A.DAT, 06924A.DAT
Reset State: Set by TCLK events $20, $21, $29, $2A, $2B, $2D, $2E, and $26 (End of Main Ring flat-top).
SEQ1 State: Set by external timing channel (X1). Delta T1 = 1 msec (64 Hex) N1 = 400 (190 Hex)
SEQ2 State: Set by external timing channel (X2). Delta T2 = 2 msec (C8 Hex) N2 = 400 (190 Hex)
SEQ3 State: Set by external timing channel (X3). Delta T3 = 2 msec (C8 Hex) N3 = 207 (CF Hex)
Clock Select at Location #7: 1 KHz
Notes: This module was installed at the request of Keith Meisner. TCLK entry is from the front panel - no need to install coax to rear I/O. This is a pre-production pc board with lots of mods.
SPECIAL NOTE: This module has a new PAL at Location 24 that makes the 071 go back to reset mode as soon as a reset event is received - even if Segment 3 is not finished playing.
Version 3.0: MRRF Special Curves - Anti-Proton Coalescing
Module Location: DEC-R $83 N9
PALs: 06901A.DAT, 06912A.DAT, 06917A.DAT, 06924A.DAT
Reset State: Set by TCLK events $20, $21, $29, $2A, $2B, $2D, $2E, and $26 (End of Main Ring flat-top).
SEQ1 State: Set by external timing channel (X1). Delta T1 = 1 msec (64 Hex) N1 = 400 (190 Hex)
SEQ2 State: Set by external timing channel (X2). Delta T2 = 2 msec (C8 Hex) N2 = 400 (190 Hex)
SEQ3 State: Set by external timing channel (X3). Delta T3 = 2 msec (C8 Hex) N3 = 207 (CF Hex)
Clock Select at Location #7: 1 MHz
Notes: This module was installed at the request of Keith Meisner. TCLK entry is from the front panel - no need to install coax to rear I/O.
SPECIAL NOTE: This module has a new PAL at Location 24 that makes the 071 go back to reset mode as soon as a reset event is received - even if Segment 3 is not finished playing.
Version 4.0: Booster LLRF & HLRF Curves
Module Location: Booster $91 N1
PALs: 06901A.DAT, 06912B.DAT, 06917B.DAT, 06924B.DAT
Reset State: Not applicable.
SEQ1 State: Set by TCLK events $11, $12, $13, $14, $15, $16, $17, $19, and $1C. Delta T1 = 40 usec (28 Hex) N1 = 1000 (3E8 Hex)
SEQ2 State: Not applicable.
SEQ3 State: Not applicable.
Clock Select at Location #7: 10 MHz
Notes: Generated Advance pulses wire to ADV 1 of associated Curve Input Module. SEQ Output should not be connected to the associated 071 modules. Install coax for rear I/O TCLK entry.
Version 5.0: Booster HLRF Bias Supply Curve
Module Location: Booster $91 N8
PALs: 06901A.DAT, 06912B.DAT, 06917B.DAT, 06924B.DAT
Reset State: Not applicable.
SEQ1 State: Set by TCLK events $11, $12, $13, $14, $15, $16, $17, $19, and $1C. Delta T1 = 65 usec (41 Hex) N1 = 1000 (3E8 Hex)
SEQ2 State: Not applicable.
SEQ3 State: Not applicable.
Clock Select at Location #7: 10 MHz
Notes: Generated Advance pulses wire to ADV 2 of associated Curve Input Module. SEQ Output should not be connected to the associated 071 modules. Install coax for rear I/O TCLK entry.
7-14-92: A PAL change of 06912B.DAT to 06912D.DAT to have the curve play on $12 and Beam Resets is pending.
Version 6.0: Booster LLRF Paraphase Program
Module Location: Booster $91 N11
PALs: 06901A.DAT, 06912C.DAT, 06917A.DAT, 06924C.DAT
Reset State: Set by the "or" of TCLK events $11 $12 $13 $14 $15 $16 $17 $19 and $1C.
SEQ1 State: Set by and external timing channel B:TPPP sourced from $92 N8 A(5) wired to Start SEQ1 Input.
Delta T1 = 2 usec (2 Hex) N1 = 1000 (3E8 Hex)
SEQ2 State: Not applicable.
SEQ3 State: Not applicable.
Clock Select at Location #7: 10 MHz
Notes: SEQ Output should not be connected to the associated 071 module in adjacent slots 12 and 13. Install coax for rear I/O TCLK entry.
Version 7.0: MRRF Test Stand - Booster FREQ ANOD CASC Curves
Module Location: DEC-R $BC N4
PALs: 06901A.DAT, 06917C.DAT, 06924B.DAT
Reset State: Not applicable.
SEQ1 State: Set by an external TCLK timing channel applied to the Start SEQ1 input (6R). Delta T1 = 40 usec (28 Hex) N1 = 1000 (3E8 Hex)
SEQ2 State: Not applicable.
SEQ3 State: Not applicable.
Clock Select at Location #7: 10 MHz
Notes: The pull down resistor for the Start SEQ1 input at I/O
position 6R is 200 ohms rather than 100 ohms.
Version 8.0: MRRF Test Stand - Booster BIAS Curve
Module Location: DEC-R $BC N12
PALs: 06901A.DAT, 06917C.DAT, 06924B.DAT
Reset State: Not applicable.
SEQ1 State: Set by an external TCLK timing channel applied to the Start SEQ1 input (6R). Delta T1 = 65 usec (41 Hex) N1 = 1000 (3E8 Hex)
SEQ2 State: Not applicable.
SEQ3 State: Not applicable.
Clock Select at Location #7: 10 MHz
Notes: The pull down resistor for the Start SEQ1 input at I/O
position 6R is 200 ohms rather than 100 ohms.
Version 9.0: x
Module Location: DEC-R $xx Nx
PALs: 06901A.DAT, 06912x.DAT, 06917x.DAT, 06924x.DAT
Reset State:
SEQ1 State: Delta T1 = xx usec N1 = xxxx
SEQ2 State: Delta T2 = xx usec N2 = xxxx
SEQ3 State: Delta T3 = xx usec N3 = xxxx
Clock Select at Location #7: x MHz
Notes:
