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VLBI System Documentation
Mark IV Field System
MCB Protocol
Reference Manual
NASA/Goddard Space Flight Center Version 8.2
Space Geodesy Project September 1, 1993
This manual contains listings of the protocol for VLBA modules connected to the Monitor and
Control Bus (MCB). These listings are copies of the documentation available for public
distribution from NRAO. Listings are provided only for those modules controlled by the Field
System: the base band converters, I.F. distributor, formatter, and recorder. Other VLBA
modules are specific to VLBA stations and are not part of the DAR and REC.
Following the NRAO documents are copies of VLBA memos by Alan Rogers for the base
band converter and I.F. distributor protocol, Jim Levine's formatter protocol documents, and
VLBA memos by Roger Cappallo for tape drive protocol.
The MCB general protocol is defined in a VLBA memo, a copy of which is included at the end
of this manual.
MCBID - MCB Interface ID Assignments
- 1990JUL20 ------------------------
DEVICE NAME NOMEN- ID BASE BLOCK IS
CLATURE (HEX) ADDRESS LENGTH ITEM
(HEX) (HEX)
----------------------------------- -------- ------ -------- -------- ------
DAR1- BASEBAND CONVERTER: #1 T122 20 2000 30 BBC
DAR1- BASEBAND CONVERTER: #2 T122 21 2040 30 BBC
DAR1- BASEBAND CONVERTER: #3 T122 22 2080 30 BBC
DAR1- BASEBAND CONVERTER: #4 T122 23 20C0 30 BBC
DAR1- BASEBAND CONVERTER: #5 T122 24 5000 30 BBC
DAR1- BASEBAND CONVERTER: #6 T122 25 5040 30 BBC
DAR1- BASEBAND CONVERTER: #7 T122 26 5080 30 BBC
DAR1- BASEBAND CONVERTER: #8 T122 27 50C0 30 BBC
DAR1- IF DISTRIBUTOR: #1 T121 28 2100 30 IFD
DAR1- IF DISTRIBUTOR: #2 T121 29 2180 30 IFD
RECORDER TRANSPORT #1 2A 2200 100 REC
DAR1- FORMATTER 2C 2300 100 FORMAT
DAR2- BASEBAND CONVERTER: #1 T122 30 2400 30 BBC
DAR2- BASEBAND CONVERTER: #2 T122 31 2440 30 BBC
DAR2- BASEBAND CONVERTER: #3 T122 32 2480 30 BBC
DAR2- BASEBAND CONVERTER: #4 T122 33 24C0 30 BBC
DAR2- BASEBAND CONVERTER: #5 T122 34 5100 30 BBC
DAR2- BASEBAND CONVERTER: #6 T122 35 5140 30 BBC
DAR2- BASEBAND CONVERTER: #7 T122 36 5180 30 BBC
DAR2- BASEBAND CONVERTER: #8 T122 37 51C0 30 BBC
DAR2- IF DISTRIBUTOR: #1 T121 38 2600 30 IFD
DAR2- IF DISTRIBUTOR: #2 T121 39 2680 30 IFD
RECORDER TRANSPORT #2 3A 2B00 100 REC
DAR2- FORMATTER 3C 3C00 100 FORMAT
BBC - Base Band Converter - 1990JUN15 -------------
BBC1 BBC2 BBC3 BBC4 BBC5 BBC6 BBC7 BBC8
DAR1 ID(HEX) 20 21 22 23 24 25 26 27
START ADD.2000 2040 2080 20C0 5000 5040 5080 50C0
DAR2 ID(HEX) 30 31 32 33 34 35 36 37
START ADD.2400 2440 2480 24C0 5100 5140 5180 51C0
==============================================================================================
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
00 DIGITAL MON/CON BAND WIDTH SELECTION
0-7 LSB BANDWIDTH (LOWER BYTE)
8-15 USB BADWIDTH (HIGHER BYTE)
VALUE MEANING
#00 62.5kHZ
#01 125kHz
#02 250kHz
#04 500kHz
#08 1MHz
#11 2MHz
#24 4MHz
#6F 8MHz
#FB 16MHz
01 BANDWIDTH GAIN COMPENSATION
0-7 LSB BW GAIN COMPENSATION (LOWER BYTE)
8-15 USB BW GAIN COMPENSATION (HIGHER BYTE)
VALUE MEANING
#2B 62.5kHz POSITION
#29 125kHz POSITION
#01 250kHz POSITION
#02 500kHz POSITION
#04 1MHz POSITION
#08 2MHz POSITION
#10 4MHz POSITION
#20 8MHz POSITION
#40 16MHz POSITION
02 DIGITAL MON/CON 0-3 LO FREQ.-MOST SIGNIFICANT 4BITS; SEE MO. WORD #03 BELOW
4-5 NOT USED
6-7 IF INPUT SELECTION 00 IF A
01 IF B
10 IF C
11 IF D
8-15 MODE CONNTROL:
8 MANUAL GAIN/AGC 0 APPLY FIXED VALUE TO GAIN CONTROL
1 AGC THE OUTPUT
9 USB GAIN- WHEN THIS BIT IS TOGGLED FROM 0 TO 1,
THE USB GAIN IS CHANGED IN MANUAL MODE
10 LSB GAIN (SAME AS BIT 9)
11 GAIN DECREMET/INCREMET:
0 DECREMENNT GAIN WHEN BIT 9/10 TOGGLED
1 INCREMENT GAIN WHEN BIT 9/10 TOGGLED
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
02(CONT) 12-14 AVERAGING PERIOD SELECTION
000 1/80 SEC
001 1 SEC
010 2 SEC
011 4 SEC
100 10 SEC
101 20 SEC
110 40 SEC
111 60 SEC
15 NOT ASSIGNED
03 DIGITAL MON/CON LO FREQ.: 4 NUMBERS OF 4 BIT BYTES, SEE MON WORD #02;
COMMENTS: The LO synthesizer is programmed with 20 BITS.
The coding of these 5 4-BIT bytes is psuedo 15s compliment as follows:
FREQ. = ((15-U4)*40960 + (15-U3)*2560 + (15-U2)*160 + (16-U1)*10 + (15-U0)) *10 kHz
where U0 -U4 are 4 BIT bytes
04 DIGITAL MON/CON 0-11 12 BIT MODULE SERIAL NUMBER, SET BY HARDWARE DIP ON THE INTERFACE BOARD
12-13 MICROPROCESSOR STATUS (RADIOMETRY FIRMWARE STATUS):
12 SYSTEM TIMING CHECK
0 1 SEC TIC IS ABSENT OR INCOMENSURATE WITH THE 80Hz
1 1 SEC TIC IS OK
13 NOT ASSIGED
14 RADIOMETRY DUTY CYCLE
15 LO LOCK 0 OUT OF LOCK
1 LO LOCKED
05 DIGITAL MON/CON GAIN CONTROL
0-7 LSB GAIN
8-15 USB GAIN
Comments: The values currently being applied to the 8 BIT gain controls.
The voltage gain is set by the 8751 microprocessor and can only be read not
directly set by MCB communications. The full scale (#FF) gain is +12 dB while
zero (#00) completely turns off the baseband signals. The initial (default)
value set by the 8751 is #B4. When the 8751 radiometry software is running in
the unleveled mode (mode bit 0 not set) it is possible for the station computer
to increment or decrement the gain in 0.07 dB steps per handshake.
06 DIGITAL MON USB TOTAL POWER; NOMINAL VALUE = #3FC0 TO # 4040
07 DIGITAL MON LSB TOTAL POWER; NOMINAL VALUE = #3FC0 TO 34040
0E DIGITAL MON USB SWITCHED POWER; NOMINAL VALUE = +/- (205 TO 2500 DECIMAL)
0F DIGITAL MON LSB SWITCHED POWER; NOMINAL VALUE = +/-(205 TO 2500 DECIMAL)
Comments: The total power is measured by counters in the 8751 microprocessor
which count the voltage to freq. converter output from the square law detectors
on the baseband outputs. However the 16-BIT values appearing on addresses 6 & 7
depend on the mode control bits. The nominal baseband power level is 0 dBm.
The samplers have fixed voltage thresolds that make 0 dBm nominally the optimum
for the 4 level cotinuum encoding. The 0 dBm level corresponds to one volt out of
the square law detector and 50 kHz from the voltage to frequency connverter.
The 8751 firmware will normalize nnumbers so that #4000 correspond to 0 dBm,
#FFFF to +6 dBm. Switched power will be normalized in the same way so that
#0001 corresponds to 1.22 * 10**-4 times the system temperature. MSB is the
sign bit.
AVT = SUM (CS(k) + CC(k))*(16384/625) /K
AVD = SUM (CS(k) - CC(k))*(16384/625) /K
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
WHERE
AVT = TOTAL POWER AVERAGE
AVD = SWITCHED POWER AVERAGE
CS(k)= COUNT FOR THE SIGNAL PORTION OF THE kth 80 Hz CYCLE
CC(k)= COMPARISION
K = TOTAL NUMBER OF 80 Hz CYCLES IN RADIOMETRY AVETRAGE AND IS OBTAINED
(K = 1 FOR NON AVERAGE MODE - MODE BIT 6 = 0)
USING AVERAGING PERIOD FROM MON-WORD 02 BITS 12-14:e.g. Bits 14-12 | K
SEE VLBA ACQ. MEMO #82 -------|----
000 | 1
-------|----
001 | 80
-------|----
111 |4800
In the unleveled mode the control computer should adjust the gain cotrols
(by incrmenting/decrementing in 0.07dB steps) until the total power values are
satisfactory. In the auto-leveled mode the 8751 will make the total power equal
to #4000 on average by performing adjustments to the gain cotrols.
IFD - IF Distributor - 1990JUN15 --------
ID (HEX) STARTING ADDRESS (HEX)
--------- ----------------------
DAR1 IF DISTRIBUTOR 1 28 2100
DAR1 IF DISTRIBUTOR 2 29 2180
DAR2 IF DISTRIBUTOR 1 38 2600
DAR2 IF DISTRIBUTOR 2 39 2680
======================================================
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- -------- --------
01 DIGITAL MON/CON 1 CHANNEL 2 ATTENUATION CONTROL:
0 NO ATTENUATION
1 20 dB ATTENUATION
2 CHANNEL 2 SIGNAL CONNECTION:
0 IF SIGNAL CONNECTION
1 EXTERNAL SIGNAL CONNECTION
9 CHANNEL 1 ATTENUATION CONTROL:
0 NO ATTENUATION
1 20 dB ATTENUATION
10 CHANNEL 1 SIGNAL CONNECTION:
0 IF SIGNAL CONNECTION
1 EXTERNAL SIGNAL CONNECTION
02 DIGITAL MON/CON 12-14 AVERAGING PERIOD SELECTION:
000 1/80 SEC
001 1 SEC
010 2 SEC
011 4 SEC
100 10 SEC
101 20 SEC
110 40 SEC
111 60 SEC
04 DIGITAL MON 0-11 MODULE SERIAL NUMBER
12-13 MICROPROCESSOR STATUS-RADIOMETRY FIRMWARE STATUS
12 SYSTEM TIMING CHECK:
0 1 SEC TIC ABSENT/INCONSISTANT WITH THE 80 Hz
1 1 SEC TIC IS OK
13 NOT ASSIGNED
14 RADIOMETRY DUTY CYCLE(RDC):STATION SYNC USED TO SYNCHRONIZE RDC
06 DIGITAL MON CHANNEL 1 (A/C IF) TOTAL POWER
07 DIGITAL MON CHANNEL 2 (B/D IF) TOTAL POWER
0E DIGITAL MON CHANNEL 1 (A/C IF) SWITCHED POWER
0F DIGITAL MON CHANNEL 2 (B/D IF) SWITCHED POWER
Comments: The total power is measured by counters in the 8751 microprocessor
which counts the voltage to freq. converter output from the square law detectors
on the IF DISTRIBUTOR outputs.
The nominal IF DISTRIBUTOR output, for input power level of -34dBm,
corresponds to one volt out of the square law detector and 50 kHz from the
voltage to frequency converter.
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
The 8751 firmware will normalize numbers so that #4000 correspond to -34dBm
input to a IFDIST. Switched power will be normalized in the same way so that
#0001 corresponds to 1.22 * 10**-4 times the system temperature. MSB is the
sign bit.
AVT = SUM (CS(k) + CC(k))*(16384/625) /K
AVD = SUM (CS(k) - CC(k))*(16384/625) /K
WHERE
AVT = TOTAL POWER AVERAGE
AVD = SWITCHED POWER AVERAGE
CS(k)= COUNT FOR THE SIGNAL PORTATION OF THE kth 80 Hz
CC(k)= COMPARISION
K = TOTAL NUMBER OF 80 Hz CYCLES IN RADIOMETRY AVETRAGE AND IS OBTAINED
IS DERIVED USING INLEGRATION PERIOD FROM MON WORD #02 BITS 12 TO 14
SEE VLBA ACQ. MEMO #82 e.g. BITS 14 13 12 K
0 0 0 1
0 0 1 80
1 1 1 4800
FORMAT - VLBA Formatter - 1990JUN15 -----------
ID (HEX) STARTING ADDRESS
-------- ----------------
DAR1- FORMATTER 2C 2300
DAR2- FORMATTER 3C 3C00
==========================================
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- ---------
01 DIGITAL MON INITIALIZE FORMATTER #8000 FORMATTER IS DONE INITIALIZING
#8001 FORMATTER IS BUSY INITIALIZING
02 DIGITAL MON CONFIGURE FORMATTER #8000 FORMATTER IS DONE CONFIGURING
#8001 FORMATTER IS BUSY CONFIGURING
03 DIGITAL MON CONFIGURE AUXILIARY DATA #8000 AUX. DATA IS DONE CONFIGURING
#8001 AUX. DATA BUSY CONFIGURING BUFFER 'A'
#8002 AUX. DATA BUSY CONFIGURING BUFFER 'B'
04 DIGITAL MON AUXILIARRY DATA FIELD IN USE #8001 BUFFER 'A' IN USE
#8002 BUFFER 'B' IN USE
05 DIGITAL MON FRINGE CHECK BUFFER #8000 FRINGE BUFFER IS IDLE
#8001 FRINGE BUFFER IS BUSY
06-07 NOT USED
08 DIGITAL MON QUALITY ANALYSIS #8000 ANALYSIS IS STOPPED
#8001 ANALYSIS IS RUNNING
09 DIGITAL MON QUAL. AALYSIS DATA CAPTURE #8000 FIELD IS CAPTURED (DONE)
#8001 FIELD IS NOT CAPTURED (BUSY)
0D DIGITAL MON 0-15 LOW (0-15) TRACKS ENABLE MASK;FOR SAMPLE CODES SEE CON WORD #8D
A HIGH (1) ENABLES THE CORRESPONDING TRACK
0E DIGITAL MON 0-15 HIGH (16-31) TRACKS ENABLE MASK;FOR SAMPLE CODES SEE CON WORD #8E
A HIGH (1) ENABLES THE CORRESPONDING TRACK
0F DIGITAL MON 0-3 SYSTEM TRACKS (PHYSICAL 32-35 TRACKS) ENABLE MASK;
A HIGH (1) ENABLES THE CORRESPONDING TRACK
15 ALWAYS HIGH
SAMPLE CODES: #8000 ALL SYSTEM TRACKS DISABLED
#8001 SYSTEM TRACK #0 ENABLED
#8002 SYSTEM TRACK #1 ENABLED
#8004 SYSTEM TRACK #2 ENABLED
#8008 SYSTEM TRACK #3 ENABLED
#800F ALL SYSTEM TRACKS ENABLED
10 DIGITAL MON FORMAT SPEC.CODE:(DR = DATA REPLACE, NDR = NON DATA REPLACE)
#8000 MKIII-DR-FRINGE DETECTION TESTS
#8001 MKIII-DR-CORRELATION TESTS
#8002 MKIII-DR-MARK 3 COMPATIBLE
#8003 MKIII-DR-PSEUDO-RANDOM CODE-ALL TRACKS
#8004 MKIII-DR- HIGH TRACK DRIVE TEST
#8005 MKIII-DR- LOW TRACK DRIVE TEST
#8006 MKIII-DR- TRACK 0,2,4,6,... DRIVE TEST
#8007 MKIII-DR- TRACK 4,4,8,12,... DRIVE TEST
#8008 MKIII-NDR- FRINGE DETECTION TESTS
#8009 MKIII-NDR-CORRELATION TESTS
#800A MKIII-NDR-MARK 3 COMPATIBLE
#800B MKIII-NDR-PSEUDO-RANDOM CODE-ALL TRACKS
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
#800C MKIII-NDR- HIGH TRACK DRIVE TEST
#800D MKIII-NDR- LOW TRACK DRIVE TEST
#800E MKIII-NDR- TRACK 0,2,4,6,... DRIVE TEST
#8010 VLBA LIKE FORMAT
#800F MKIII-NDR- TRACK 4,4,8,12,... DRIVE TEST
#F000 ACCEPT DOWN LOADED
FORMAT
11 DIGITAL MON SAMPLE RATE SELECT: #8000 250 kHz
#8001 500 kHz
#8002 1 MHz
#8003 2 MHz
#8004 4 MHz
#8005 8 MHz
#8006 16 MHz
#8007 32 MHz
12 DIGITAL MON SAMPLE MULTIPLEX MODE SELECTION
#8000 RESERVED FOR EXPANSION
#8001 RESERVED FOR EXPANSION
#8002 4:1 (4 BITSTREAMS TO 1 TRACK)
#8003 2:1 (2 BITSTREAMS TO 1 TRACK)
#8004 1:1 (1BITSTREAM TO 1 TRACK)
#8005 1:2 (1 BITSTREAM TO 2 TRACKS)
#8006 1:4 (1 BITSTREAM TO 4 TRACKS
#8007 RESERVED FOR EXPANSION
13 DIGITAL MON TRACK BARREL ROLLER MODE:
#8000 DISABLE TRACK BARREL ROLLER
#8001 ROLL IN 8 TRACK GROUPS -STEP 1 TRACK PER FRAME
#8002 ROLL IN 8 TRACK GROUPS -STEP 2 TRACKS PER FRAME
#8003 ROLL IN 8 TRACK GROUPS -STEP 4 TRACKS PER FRAME
#8004 DISABLE TRACK BARREL ROLLER
#8005 ROLL IN 16 TRACK GROUPS-STEP 1 TRACK PER FRAME
#8006 ROLL IN 16 TRACK GROUPS-STEP 2 TRACKS PER FRAME
#8007 ROLL IN 16 TRACK GROUPS-STEP
4 TRACKS PER FRAME
14 DIGITAL MON TIME CODE CONTROL IN USE:
#8000 SECONDS * 10
#8001 MINUTES * 10
#8002 HOURS * 10
#8003 DAYS * 10
#8004 DAYS * 100
#8005 YEARS * 1
#8006 YEARS * 10
#8007 YEARS * 100
15 DIGITAL MON FRINGE CHECK DATA BUFFER ACQUISITION MODE
1 TRACK CAKPTURE MODES:
#8100 CAPTURE DATA TRACK 0
#8101 CAPTURE DATA TRACK 1
#8102 CAPTURE DATA TRACK 2
THRU
#811E CAPTURE DATA TRACK 30
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
#811F CAPTURE DATA TRACK 31
#8120 CAPTURE SYSTEM TRACK 0
#8121 CAPTURE SYSTEM TRACK 1
#8122 CAPTURE SYSTEM TRACK 2
#8123 CAPTURE SYSTEM TRACK 3
2 TRACK CAPTURE MODES:
---------------------
#8200 CAPTURE DATA TRACKS 0, 1
#8202 CAPTURE DATA TRACKS 2, 3
#8204 CAPTURE DATA TRACKS 4, 5
#8206 CAPTURE DATA TRACKS 6, 7
#8208 CAPTURE DATA TRACKS 8, 9
#820A CAPTURE DATA TRACKS 10,11
#820C CAPTURE DATA TRACKS 12,13
#820E CAPTURE DATA TRACKS 14,15
#8210 CAPTURE DATA TRACKS 16,17
#8212 CAPTURE DATA TRACKS 18,19
#8214 CAPTURE DATA TRACKS 20,21
#8216 CAPTURE DATA TRACKS 22,23
#8218 CAPTURE DATA TRACKS 24,25
#821A CAPTURE DATA TRACKS 26,27
#821C CAPTURE DATA TRACKS 28,29
#821E CAPTURE DATA TRACKS 30,31
#8220 CAPTURE SYSTEM TRACKS 0, 1
#8220 CAPTURE SYSTEM TRACKS 2, 3
4 TRACK CAPTURE MODES:
---------------------
#8400 CAPTURE DATA TRACKS 0, 1, 2, 3
#8404 CAPTURE DATA TRACKS 4, 5, 6, 7
#8408 CAPTURE DATA TRACKS 8, 9,10,11
#840C CAPTURE DATA TRACKS 12,13,14,15
#8410 CAPTURE DATA TRACKS 16,17,18,19
#8414 CAPTURE DATA TRACKS 20,21,22,23
#8418 CAPTURE DATA TRACKS 24,25,26,27
#841C CAPTURE DATA TRACKS 28,29,30,31
#8420 CAPTURE SYSTEM TRACKS 0, 1, 2, 3
17 DIGITAL MON PARITY MODE IN USE ALONG-TRACK CROSS-TRACK
#8000 EVEN EVEN
#8001 EVEN ODD
#8010 ODD EVEN
#8011 ODD ODD
18 DIGITAL MON CRCC MODE IN USE INITIALIZE TO: CRCC POLYNOMIAL
#8000 ZERO 16-15-2-0
#8010 ONES 16-15-2-0
#8001 ZERO 16-15-1-0
#8011 ONES 16-15-1-0
#8002 ZERO 16-15-13-7-4-2-1-0
#8012 ONES 16-15-13-7-4-2-1-0
#8003 ZERO 12-11-3-2-1-0
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
#8013 ONES 12-11-3-2-1-0
#8004 ZERO 8-7-5-4-1-0
#8014 ONES 8-7-5-4-1-0
#8005 ZERO 8-0
#8015 ONES 8-0
#8006 ZERO 16-12-5-0
#8016 ONES 16-12-5-0
#8007 ZERO 16-11-4-0
#8017 ONES 16-1-4-0
19 DIGITAL MON QUAL. ANALYSIS RECORDER SELECTION
#8001 SELECT RECORDER #1
#8002 SELECT RECORDER #2
1A DIGITAL MON QUAL.ANALYSIS DATA #8000 TIMECODE - CHANNEL 'A' - BITS 1 THRU 32
#8001 TIMECODE - CHANNEL 'A' - BITS 33 THRU 64
#8002 TIMECODE - CHANNEL 'A' - BITS 65 THRU 96
#8003 AUX DATA - CHANNEL 'A' - BITS 1 THRU 32
#8004 TIMECODE - CHANNEL 'B' - BITS 1 THRU 32
#8005 TIMECODE - CHANNEL 'B' - BITS 33 THRU 64
#8006 TIMECODE - CHANNEL 'B' - BITS 65 THRU 96
#8007 AUX DATA - CHANNEL 'B' - BITS
1 THRU 32
1B DIGITAL MON QUAL. ANALYSIS SYNC. DETECTOR THRESHOLD SELECTION IN USE
#8001 1 ALIGNED BIT REQUIRED FOR SYNC DETECTION
#8002 2 ALIGNED BITS REQUIRED FOR SYNC DETECTION
#8003 3 ALIGNED BITS REQUIRED FOR
SYNC DETECTION
THRU
#803F 63 ALIGNED BITSREQUIRED FOR SYNC DETECTION
#8040 64 ALIGNED BITS REQUIREDFOR
SYNC DETECTION
1C DIGITAL MON QUAL.ANAYLSIS PHASE CAL MODE IN USE
#8002 2 LEVEL ROTATOR
#8003 3 LEVEL ROTATOR
1D DIGITAL MON QUAL.ANAYSIS PHASE CAL PERIOD IN USE
CODE 2-LEVEL ROTATORS 3-LEVEL ROTATORS
------ --------------- ----------------
#8001 8 CLOCKS/CYCLE 16 CLOCKS/CYCLE
#8002 16 CLOCKS/CYCLE 32 CLOCKS/CYCLE
#8003 24 CLOCKS/CYCLE 48 CLOCKS/CYCLE
#8004 32 CLOCKS/CYCLE 64
CLOCKS/CYCLE
THRU THRU THRU
FFFD 262,120 CLOCKS/CYCLE 524,240 CLOCKS/CYCLE
FFFE 262,128 CLOCKS/CYCLE 524,256 CLOCKS/CYCLE
FFFF 262,136 CLOCKS/CYCLE 524,272
CLOCKS/CYCLE
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
20 DIGITAL MON SYSTEM STATUS REGISTER; HIGH (1) = ON/ERROR
00 (LSB) FORMATTER IS WAITING FOR FIFO'S TO FILL
01 FORMATTER IS BUSY RETREIVING Q/A ANALYSIS DATA
02 FORMATTER IS BUSY CONFIGURING
03 FORMATTER IS BUSY INITIALIZING
04 UNDEFINED
05 UNDEFINED
06 UNDEFINED
07 UNDEFINED
08 UNDEFINED
09 UNDEFINED
10 UNDEFINED
11 INTERRUPT SYSTEM ERROR DETECTED - EXAMINE ERROR REGISTER AT #24
12 SOFTWARE ERROR DETECTED - EXAMINE ERROR REGISTER AT #23
13 HARDWARE ERROR DETECTED - EXAMINE ERROR REGISTERAT #22
14 MCB ERROR DETECTED - EXAMINE ERROR REGISTER AT #21
15 (MSB) ANY ERROR DETED
21 DIGITAL MON MCB COMMUNICATION REGISTER; HIGH (1) = ON/ERROR; CONFIGURE NOT REQUIRED
00 NON-EXISTING MONITOR REGISTER ACCESS ATTEMPTED
01 NON-EXISTING CONTROL REGISTER ACCESS ATTEMPTED
02 FORMATTER WAS BUSY DURING MONITOR ACCESS TO A REGISTER
03 FORMATTER WAS BUSY DURING CONTROL ACCESS TO A REGISTER
04 ILLEGAL CONTROL PARAMETER RECEIVED
05 CONTROL ACCESS ATTEMPTED TO A MONITOR-ONLY REGISTER
06 UNDEFINED
07 UNDEFINED
08 ARRAY POINTER WENT OUT OF LIMITS
09 UNDEFINED
10 FORMATTER WAS BUSY DURING MONITOR ACCESS TO AN ARRAY
11 FORMATTER WAS BUSY DURING CONTROL ACCESS TO AN ARRAY
12 UNDEFINED
13 COMMAND CONFLICT - ATTEMTP TO CONFIGURE THE ACTIVE AUX DATA BUFFER
OR START AN OPERATION WHICH IS ALREADY RUNNING
14 TIMING CONFLICT - INITIALIZE OR CONFIGURE COMMAND ATTEMTPED
WHILE BUSY WITH LAST OPERATION
15 ANY ERROR
22 DIGITAL MON FORMATTER HARDWARE ERROR REGISTER; HIGH (1) - ON/ERROR
0-8 UNDEFINED
09 ERROR REPORTED BY QUALITY ANALYSIS MODULE - EXAMINE MONITOR LOCATION #46,#47
10 ERROR REPORTED BY FRINGE CHECK BUFFER MODULE - EXAMINE MONITOR LOCATION #45
11 ERROR REPORTED BY TRANSPORT DRIVER MODULE - EXAMINE MONITOR LOCTION #44
12 ERROR REPORTED BY HEADER CONTROL MODULE - EXAMINE MONITOR LOCATION #42, #43
13 SYSTEM REPORTED BY A/D BUFFER MODULE - EXAMINE MONITOR LOCATION #41
14 ERROR REPORTED BY TIMING/CONTROL MODULE - EXAMINE MONITOR LOCATION #40
15 ANY HARDWARE ERROR DETECTED
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
23 DIGITAL MON FORMATTER SOFTWARE ERROR REGISTER; HIGH (1) = ON/ERROR
00 QUALITY ANALYSIS MANAGER REPORTED ERROR
FIRMWARE ERROR-- CONTACT FACTORY!
01 QUALITY ANAYLSIS MANAGER REPORTED ERROR
MULTIPLE SYNC FIELDS FOUND IN FORMAT
02 QUALITY ANALYSIS MANAGER REPORTED ERROR
SYNC FIELD TOO LONG....>64 BITS
03 QUALITY ANALYSIS MANAGER REPORTED ERROR
NO END OF SYNC IN FORMAT
04 QUALITY ANALYSIS MANAGE REPORTED ERROR
NO START OF SYNC FIELD IN FORMAT
05 QUALITY ANALYSIS MANAGER REPORTED ERROR
NO END OF FRAME MARKER IN FORMAT
06 UNDEFINED
07 UNDEFINED
08 UNDEFINED
09 SYSTEM MANAGER REPORTED ERROR -
TIMED OUT WAITING FOR TAPE TIME COUNTER 1 PPS INTERRUPT
10 SYSTEM MANAGER REPORTED ERROR -
TIMED OUT WAITING FOR DATA FIFOS TO FILL
11 TIMING CONTROL MANAGER REPORTED ERROR -
ILLEGAL COMBINATION OF SAMPLE RATE AND MULTIPLEX MODE
12 FORMAT MANAGER REPORTED ERROR -
ILLEGAL FORMAT SPECIFICATION ATTEMPTED - REPORTED VIA f-setfmt()
13 SYSTEM MANAGER REPORTED ERROR-
TIMED OUT WAITING FOR STATION 1 PPS INTERRUPT
14 INTERRUPT MANAGER REPORTED ERROR -
EXAMINE ADDRESS #24 FOR DETAILS
15 ANY ERROR
24 DIGITAL MON INTERRUPT SYSTEM ERRORS, HIGH (=1) = ON/ERROR
00 BUS ERROR
01 ADDRESS ERROR
02 ILLEGAL INSTRUCTION
03 ZERO DIVIDE
04 PRIVILEGE VIOLATION
05 TRACE MODE ERROR
06 68010 STACK FORMAT ERROR
07 UNINITIALIZED INTERRUPT
08 SPURIOS INTERRUPT
09 ABORT COMMAND TO CPU BOARD
10 SYSTEM FAIL
11 AC FAIL
12 ILLEGAL VECTOR
13 UNDEFINED
14 UNDEFINED
15 ANY ERROR DETECTED
26 DIGITAL MON CURRENT SERIAL STATUS REGISTER, MSB'S; SEE CON WORDS #C0 TO #C3
SEE DOC 54200D03.TXT & 54200D10.TXT
27 DIGITAL MON CURRENT SERIAL STATUS REGISTER, LSB'S;
28 DIGITAL MON CURRENT FORMATTER TIME-YEARS, Y Y Y Y
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
29 DIGITAL MON CURRENT FORMATTER TIME-DAYS, 0 D D D
2A DIGITAL MON CURRENT FORMATTER TIME-HOURS, 0 0 : H H
2B DIGITAL MON CURRENT FORMATTER MIN:SEC M M : S S
2C DIGITAL MON CURRENT SYNTHESIZER RATE MSB'S- 100MHz : 10MHz : 1MHz : 100kHz
2D DIGITAL MON CURRENT SYNTHESIZER RATE LSB'S- FOR PRESENT IMPLEMENATION SEE CON. WORD #AD AND COMMENT
ON IT.
30 DIGITAL MON LAST MONITOR ADDRESS ACCESSED
31 DIGITAL MON LAST MONITOR DATA FIELD RETURNED
32 DIGITAL MON LAST CONTROL ADDRESSED ACCESSED
33 DIGITAL MON LAST CONTROL DATA FIELD ACCEPTED
34 DIGITAL MON SYSTEM TRACK 0 MODE SELECTION, SEE DOC 54200D05.TXT
35 DIGITAL MON SYSTEM TRACK 1 MODE SELECTION, SEE DOC 54200D05.TXT
36 DIGITAL MON SYSTEM TRACK 2 MODE SELECTION, SEE DOC 54200D05.TXT
37 DIGITAL MON SYSTEM TRACK 3 MODE SELECTION, SEE DOC 54200D05.TXT
38 DIGITAL MON FORMATTER TAPE CLOCK SELECTION
#8000 TAPE - TRANSPORT #1
#8001 TAPE - TRANSPORT #2
#8002 LOCAL SYNTHESIZER
#8003 EXTERNAL JACK
#8004 OFF - NO CLOCK
#8005 4 MHz VME STSTEM XTAL
#8006 8 MHz VME SYSTEM XTAL
#8007 10 MHz INTERNAL XTAL
39 DIGITAL MON SAMPLER TO FORMATTER OUTPUT MAPPING
#8000 NORMAL MAPPING - USED FOR OPERATIONS
#8001 NO MAPPING - USED FOR DIAGNOSTICS
#8002 COMMON MAPPING - USED FOR DIAGNOSTICS
#8003 1 PPS MAPPING - USED FOR DIAGNOSITCS
COMMON MAPPING: ROUTES TRACK 0 SAMPLES TO TRACKS 0 THRU 7
ROUTES TRACK 8 SAMPLES TO TRACKS 8 THRU 15
ROUTES TRACK 16 SAMPLES TO TRACKS 16 THRU 23
ROUTES TRACK 24 SAMPLES TO TRACKS 24 THRU 31
1 PPS MAPPING: ROUTES NORMAL ONE PPS SAMPLE TO ALL ODD TRACKS 1,3,5,7,...
ROUTES INVERTED ONE PPS SAMPLE TO
ALLEVEN TRACKS 0,2,4,6,...
3A-3F NOT USED
40 DIGITAL MON/CON TIMING/CONTROL MODULE STATUS REGISTER
4 ENABLE FRINGE CHECK BUFFER ACQUISITION -
MCB COMMAND TO ACQUIRE DATA IN THE FRINGE BUFFER,
ACQUISITION STARTS SYNCHRONOUS WITH THE 1 SEC EPOCH
5 RELEASE FORMAT - ALLOWS MODULE FORMAT RAM TO PROVIDE TEMPLATE TO SYSTEM,
STEPPING ONE LOCATION PER TRANSPORT CLOCK, OTHERWISE, RAM CONTROLLED BY
FIRMWARE FOR LOADING AND VERIFICATION
7 FIFO'S ARE LOADED W/SAMPLES AND THE FORMT IS RUNNING,
OTHERWISE-WAITING FOR FIFO'S TO FILL BEFORE
STARTING OUTPUTS
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
8 AUX DATA BUFFER 'B' SELECTED -
BUFFER 'B' IS BEING OUTPUT TO THE TRANSPORT,
OTHERWISE BUFFER 'A' BEING OUTPUT, UPDATES
ON THE ONE SECOND EPOCH
13 FORMAT RAM ACCESS ERROR - ATTEMPT TO ACCESS RAM BY FIRMWARE WHILE IT
WAS GENERATING FORMAT CONTROL CODE
14 VME BUS ACCESS ERROR
15 ANY ERROR DETECTED
41 DIGITAL MON BUFFER MODULE STATUS REGISTER
4 BACKPLANE STATION SYNC DRIVER ENABLE
5 ENABLE A/D ACQUISITION
7 A/D ACQUISITION RUNNING
11 ONE PPS MARKER MISALIGNMENT ERROR
12 SAMPLE CLOCK DROPOUT ERROR - SECOND A/D
MODULE IN SYSTEM
13 SAMPLE CLOCK DROPOUT ERROR - FIRST A/D
MODULE IN SYSTEM
14 VME BUS ACCESS ERROR
15 ANY ERROR DETECTED
42 DIGITAL MON HEADER CONTROL MODULE STATUS REGISTER
4 BACKPLANE FIFO HALF FULL DRIVER ENABLE
7 FIFO'S HALF FULL LATCH
8 FORMAT IS RUNNING
9 AUX DATA RAM 'B' IS SELECTED FOR OUTPUT
12 FIFO ERRORS - REFER TO ERROR REGISTER #43 FOR
CAUSE
13 AUX DATA RAM ACCESS ERROR - ATTEMPT TO ACCESS RAM BY FIRMWARE
WHILE IT IS GENERATING AUX DATA
OUTPUT PATTERN
14 VME BUS ACCESS ERROR - ATTEMPT TO ACCESS
MODULE WHILE STILL BUSY
15 ANY ERROR DETECTED
43 DIGITAL MON HEADER CONTROL MODULE REGISTER
00 FIFO 0 EMPTY ERROR
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
1 FIFO 1 EMPTY ERROR
2 FIFO 2 EMPTY ERROR
3 FIFO 3 EMPTY ERROR
4 FIFO 0 FULL ERROR
5 FIFO 1 FULL ERROR
6 FIFO 2 FULL ERROR
7 FIFO 3 FULL ERROR
8 FIFO 0 ONE PPS MARKER DETECTED
9 FIFO 1 ONE PPS MARKER DETECTED
10 FIFO 2 ONE PPS MARKER DETECTED
11 FIFO 3 ONE PPS MARKER DETECTED
12 BACKPLANE ONE PPS MARKER DETECTED
44 DIGITAL MON TRANSPORT DRIVER MODULE STATUS REGISTER
3 ENABLE FRINGE CHECK DRIVERS
4 ENABLE TRANSPORT #1 CLOCK
5 ENABLE TRANSPORT #2 CLOCK
8 CRCC POLYNOMIAL SELECT - LSB
9 CRCC POLYNOMIAL SELECT
10 CRCC POLYNOMIAL SELECT- MSB
11 CRCC INITIALIZE TO ONES
12 CROSS TRACK PARITY ODD
13 ALONG TRACK PARITY ODD
14 VME BUS ACCESS ERROR - ATTEMPT TO ACCESS
MODULE WHILE STILL BUSY
15 ANY ERROR DETECTED
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
45 DIGITAL MON FRINGE CHECK MODULE STATUS REGISTER
0 TO BE DESIGNED
1 "
2 "
3 "
4 "
5 "
6 "
7 "
8 "
9 "
10 "
11 "
12 "
13 "
14 "
15 "
46 DIGITAL MON QUALITY ANALYSIS MODULE STATUS REGISTER
2 SELECT RECORDER #2
3 ALONG TRACK PARITY EVEN
4 CRCC POLYNOMIAL SELECT -LSB
5 CRCC POLYNOMIAL SELECT -
6 CRCC POLYNOMIAL SELECT - MSB
7 CRCC INITIALIZE TO ONES
8 RELEASE FORMAT RAM
9 RUN ANALYSIS
10 CAPTURE DATA SELECT CODE - LSB
11 CAPTURE DATA SELECT CODE -
12 CAPTURE DATA SELECT CODE - MSB
13 CAPTURE DATA REQUEST
14 CAPTURE DATA READY
15 ANY ERROR DETECTED - REFER TO ERROR
REGISTER #47 FOR CAUSE
47 DIGITAL MON QUALITY ANALYSIS MODULE ERROR REGISTER
12 CHANNEL 'B' CLOCK ERROR
13 CHANNEL 'A' CLOCK ERROR
14 FORMAT RAM ACCESS ERROR - ATTEMPT TO ACCESS RAM BY
FIRMWARE WHILE IT WAS GENERATING FORMAT FOR ANALYSIS
15 VME BUS ACCESS ERROR - ATTEMPT TO ACCESS
MODULE WHILE STILL BUSY
48 DIGITAL MON Q/A CAPTURED DATA MSB'S - SEE DOC. 54200D09.TXT
49 DIGITAL MON Q/A CAPTURED DATA LSB'S - "
4A DIGITAL MON Q/A CAPTURED TIME MSB'S - "
4B DIGITAL MON Q/A CAPTURED TIME LSB'S - "
4C-4E UNASSIGNED
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
4F DIGITAL MON SYSTEM CONFIGURATION SWITCHES:
0 T/C MODULE SWITCH 1- NOT DEFINED AT PRESENT
1 T/C MODULE SWITCH 2- NOT DEFINED AT PRESENT
2 T/C MODULE SWITCH 3- NOT DEFINED AT PRESENT
3 T/C MODULE SWITCH 4- NOT DEFINED AT PRESENT
4 T/C MODULE SWITCH 5- NOT DEFINED AT PRESENT
5 T/C MODULE SWITCH 6- NOT DEFINED AT PRESENT
6 T/C MODULE SWITCH 7- NOT DEFINED AT PRESENT
7 T/C MODULE SWITCH 1- FORMATTER REMOTE RESET ENABLE/DISABLE;1=ENABLE,SEE #EF
8 MVME-117 SWITCH 1- NOT DEFINED AT PRESENT
9 MVME-117 SWITCH 2- NOT DEFINED AT PRESENT
10 MVME-117 SWITCH 3- NOT DEFINED AT PRESENT
11 MVME-117 SWITCH 4- NOT DEFINED AT PRESENT
12 MVME-117 SWITCH 5- NOT DEFINED AT PRESENT
13 MVME-117 SWITCH 6- NOT DEFINED AT PRESENT
14 MVME-117 SWITCH 7- NOT DEFINED AT PRESENT
15 MVME-117 SWITCH 8- NOT DEFINED AT PRESENT
50-5F NOT USED
60 DIGITAL MON FIRMWARE VERSION NUMBER (HEX), e.g. VERSION 1.23=0123
61 DIGITAL MON FIRM WARE DATE (HEX) DDMM E.E. 23 JUL - 2307
62 DIGITAL MON FIRMWARE DATE (YEAR) (HEX),
63-6F NOT USED
70-7F RESERVED FOR MCB SYSTEM USE
81 DIGITAL MON/CON INITIALIZE FORMATTER #8001 - INITIALIZE FORMATTER
82 DIGITAL MON/CON CONFIGURE FORMATTER #8001 - CONFIGURE FORMATTER
83 DIGITAL MON/CON CONFIGURE AUX.DATA BUFFER A/B
#8001 - CONFIGURE AUX BUFFER 'A'
#8002 - CONFIGURE AUX BUFFER 'B'
84 DIGITAL MON/CON SELECT AUX.DATA OUTPUT A/B
#8001 - SELECT BUFFER 'A'
#8002 - SELECT BUFFER 'B'
85 DIGITAL MON/CON START FRINGE CHECK DATA BUFFER
#8001 - START ACQUISITION
86-87 UNASSIGNED
88 DIGITAL MON/CON START/STOP QUALITY ANALYSIS
#8000 - STOP QUALITY ANALYSIS
#8001 - START QUALITY ANALYSIS
89 DIGITAL MON/CON START Q/A DATA CAPTURE #8001 - START DATA CAPTURE SYSTEM
8A-8C UNASSIGNED
8D DIGITAL MON/CON TRACK 0-15 ENABLE MASK
SAMPLE CODES ARE:
#0000 ALL LOW TRACKS DISABLED
#0001 TRACK 0 ENABLED
#8000 TRACK 15 ENABLED
#FFFF ALL LOW TRACKS ENABLED
8E DIGITAL MON/CON TRACK 16-31 ENABLE MASK
SAMPLE CODES ARE:
#0000 ALL HIGH TRACKS DISABLED
#0001 TRACK 16 ENABLED
#8000 TRACK 31 ENABLED
#FFFF ALL HIGH TRACKS ENABLED
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
8F DIGITAL MON/CON SYSTEM TRACK ENABLE MASK SEE MON WORD #0E ABOVE
FOR COMMAND CODES
90 DIGITAL MON/CON FORMAT SPECIFICATION SEE FORMATTER MON WORD #10 ABOVE
91 DIGITAL MON/CON SAMPLE RATE SELECTION " " #11 "
92 DIGITAL MON/CON MULTIPLEX MODE SELECTION " " #12 "
93 DIGITAL MON/CON TRACK ROLLER CONTROL " " #11 "
94 DIGITAL MON/CON TIME CODE CONTROL " " #14 "
95 DIGITAL MON/CON FRINGE CHECK DATA BUFFER MODE " " #15 "
96 UNASSIGNED
97 DIGITAL MON/CON PARITY MODE CONTROL " " #17 "
98 DIGITAL MON/CON CRCC MODE CONTROL " " #18 "
99 DIGITAL MON/CON Q/A RECORDER SELECTION CONTROL " " #19 "
9A DIGITAL MON/CON Q/A DATA CAPTURE MODE CONTROL " " #1A "
9B DIGITAL MON/CON Q/A SYNC THRESOLD CONTROL " " #1B "
9C DIGITAL MON/CON Q/A PHASE CAL MODE CONTROL " " #1C "
9D DIGITAL MON/CON Q/A PHASE CAL PERIOD " " #1D "
9E-A0 UNASSIGNED
A1 DIGITAL MON/CON SYSTEM ERROR REGISTER 1 -
REGISTER ADDRESS #A1 ALLOWS THE MCB TO SELECTIVELY RESET THE ERROR INDICATORS.
BITS CLEARED IN THE COMMAND WORD RESET THE CORRESPONDING FLAG.
SEE MONITOR WORD #21 ABOVE FOR BIT ASSIGNMENTS. REFER TO
DOCUMENTATION FILE 54200D07.TXT FOR MORE DETAILED DESCRIPTION.
A2-A5 UNASSIGNED
A6 DIGITAL MON/CON SERIAL STATUS REGISTER MSB'S
....THIS ADDRESS WILL RETURN THE CURRENT CONTENTS OF THE SERIAL
STATUS REGISTER WHICH IS COMMON TO ALL TRACKS. SERIAL STATUS DATA
CAN BE WRITTEN TO THE OUTPUTS BY SELECTING OUTPUT CODE 3 IN THE
FORMAT DEFINITION ARRAY.
REFER TO ARRAY ADDRESSES #C0-#C3 BELOW AND TO DOCUMENTATION
FILE 54200D1C.TXT FOR ADDITIONAL DETAILS.
A7 DIGITAL MON/CON SERIAL STATUS REGISTER LSB'S SEE #A6 ABOVE
A8 DIGITAL MON/CON CURRENT STATION TIME - YEARS: Y Y Y Y
A9 DIGITAL MON/CON CURRENT STATION TIME - DAYS: 0 D D D
AA DIGITAL MON/CON CURRENT STATION TIME - HOURS: 0 0 : H H
AB DIGITAL MON/CON CURRENT STATION TIME - MIN,SEC MM:SS
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
AC DIGITAL MON/CON COMMAND SYNTHESIZER RATE MSB'S: 100MHz : 10MHz : 1MHz : 100kHz (SEE BELOW FOR PRESENT
IMPLEMENTATION)
AD DIGITAL MON/CON COMMAND SYNTHESIZER RATE LSB'S: 10kHz : 1kHz : 100Hz : 10Hz
THE LOCAL SYNTHESIZER SUPPLIED IN THE PRE-PRODUCTION MODULES USE
ONLY THE LEAST SIGNIFICANT 4 BITS OF THE SYNTHESIZER CONTROL WORDS
AS FOLLOWS:
BITS 0-3 VALUE MEANING
--------- --------- ---------
O UNUSED
#1 UNUSED
#2 9,072/32 MHz (NON DATA REPLACEMENT MODES)
#3 9,072/16 MHz (NON DATA REPLACEMENT MODES)
#4 9,072/8 MHz (NON DATA REPLACEMENT MODES)
#5 9,072/4 MHz (NON DATA REPLACEMENT MODES)
#6 9,072/2 MHz (NON DATA REPLACEMENT MODES)
#7 9,072/1 MHz (NON-DATA REPLACEMENT MODES)
#8 UNUSED
#9 UNUSED
#A 9/32 MHz ( DATA REPLACEMENT MODES)
#B 9/16 MHz ( DATA REPLACEMENT MODES)
#C 9/8 MHz ( DATA REPLACEMENT MODES)
#D 9/4 MHz ( DATA REPLACEMENT MODES)
#E 9/2 MHz ( DATA REPLACEMENT MODES)
#F 9/1 MHz ( DATA REPLACEMENT MODES)
AE-B3 UNASSIGNED
B4 DIGITAL MON/CON SYSTEM TRACK 0 MODE CONTROL -- SEE BELOW
B5 DIGITAL MON/CON SYSTEM TRACK 1 MODE CONTROL -- SEE BELOW
B6 DIGITAL MON/CON SYSTEM TRACK 2 MODE CONTROL -- SEE BELOW
B7 DIGITAL MON/CON SYSTEM TRACK 3 MODE CONTROL -- SEE
BELOW
EACH SYSTEM TRACK CAN BE ASSIGNED TO DUPLICATE ONE OF EIGHT
DIFFERENT DATA TRACKS, CODES AS FOLLOWS:
SYSTEM TRACK 0 HAS ACCESS TO DATA TRACKS 0 THRU 7 CODED #0000 THRU #0007
SYSTEM TRACK 1 HAS ACCESS TO DATA TRACKS 8 THRU 16 CODED #0008 THRU #000F
SYSTEM TRACK 2 HAS ACCESS TO DATA TRACKS 16 THRU 23 CODED #0010 THRU #0017
SYSTEM TRACK 3 HAS ACCESS TO DATA TRACKS 24 THRU 31 CODED #0018 THRU #001F
EACH SYSTEM TRACK CAN ALSO ACCESS ONE OF SIX CROSS TRACK PARITY GENERATORS,
CROSS TRACK PARITY IS CONTROLLED BY BIT 10 OF THE FORMAT
DEFINITION WORD AND OVERWRITES DATA TRACK SAMPLES WHEN BOTH ARE SELECTED.
THE CROSS TRACK PARITY GENERATORS ARE CODED AS
FOLLOWS:
#8000 PARITY OVER TRACKS 0 THRU 7
#8100 PARITY OVER TRACKS 8 THRU 15
#8200 PARITY OVER TRACKS 16 THRU 23
#8300 PARITY OVER TRACKS 24 THRU 31
#8400 PARITY OVER TRACKS 00 THRU 15
#8500 PARITY OVER TRACKS 08 THRU 23
#8600 PARTIY OVER TRCKS 16 THRU 31
#8700 CROSS TRACK PARTIY UNUSED
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
THE SYSTEM TRACK MCB CONTROL REGISTERS SHOULD BE SET WITH THE SUM
OF THE DATA TRACK AND CROSS TRACK PARITY CODES DESIRED. NORMALLY,
SYSTEM TRACKS WOULD CARRY EITHER DATA SAMPLES OR PARITY BUT THERE
IS NO HARDWARE LIMITATION PROHIBITING BOTH, IF YOU CAN MAKE SENSE
OF IT, YOU CAN COMMAND IT, A FEW SAMPLES FOLLOW:
DATA DUPLICATION....
COMMAND #8704 TO SYSTEM TRACK 0...DUPLICATE A/D SAMPLES FROM TRACK 4
COMMAND #870A TO SYSTEM TRACK 1...DUPLICATE A/D SAMPLES FROM TRACK 10
COMMAND #871F TO SYSTEM TRACK 3...DUPLICATE A/D SAMPLES FROM TRACK 31
CROSS TRACK PARITY..
COMMAND #8000 TO SYSTEM TRACK X...CARRY PARITY OVER TRACKS 0 THRU 7
COMMAND #8100 TO SYSTEM TRACK Y...CARRY PARITY OVER TRACKS 8 THRU 15
COMMAND #8600 TO SYSTEM TRACK Z...CARRY PARTIY
OVER TRACKS 16 THRU 31
MIXED MODE.......
COMMAND #8006 TO SYSTEM TRACK 0...CARRY PARITY OVER TRACKS 0 THRU 7,
DUPLICATE TRACK 6
COMMAND #800F TO SYSTEM TRACK 1...CARRY PARTITY OVER TRACKS 0 THRU 7,
DUPLICATE TRACK 15
COMMAND #8510 TO SYSTEM TRACK 2...CARRY PARITY OVER TRACKS 8 THRU 23,
DUPLICATE TRACK 16
B8 DIGITAL MON/CON FORMATTE - TAPE
FORMATTE - TAPE CLOCK SELECTION - SEE MON.WORD #38 ABOVE
B9 DIGITAL MON/CON SAMPLER OUTPUT MAPPING - SEE MON.WORD #39 ABOVE
BA-BF UNASSIGNED
INDIRECT ACCESS TO FORMAT DEFINITION ARRAY - REF:54200D10.TXT
------------------------------------------------------------
CO DIGITAL MON/CON HIGH ADDRESS BITS (16-32 ILLEGAL ADDRESS
C1 DIGITAL MON/CON LOW ADDRESS BITS (00-15) ILLEGAL ADDRESS
C2 DIGITAL MON/CON DATA TRANSFER REGISTER COMMAND ATTEMPT WHILE INITIALIZING
C3 DIGITAL MON/CON CHECKSUM REGISTER NONE
INDIRECT ACCESS TO FRINGE CHECK DATA BUFFER MONITOR ARRAY REF:54200D11.TXT
-------------------------------------------------------------
C4 DIGITAL MON/CON HIGH ADDRESS BITS (16-32) ILLEGAL ADDRESS
C5 DIGITAL MON/CON LOW ADDRESS BITS (00-15) ILLEGAL ADDRESS
C6 DIGITAL MON/CON DATA TRANSFER REGISTER COMMAND ATTEMPT WHILE D/B RUNNING
C7 DIGITAL MON/CON CHECKSUM REGISTER NONE
INDIRECT ACCESS TO QUALITY ANALYSIS RESULT REGISTERS REF:54200D09.TXT
---------------------------------------------------------------
C8 DIGITAL MON/CON HIGH ADDRESS BITS (16-32) ILLEGAL ADDRESS
C9 DIGITAL MON/CON LOW ADDRESS BITS (00-15) ILLEGAL ADDRESS
CA DIGITAL MON/CON DATA TRANSFER REGISTER COMMAND ATTEMPT WHILE Q/A RUNNING
CB DIGITAL MON/CON CHECKSUM REGISTER NONE
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
INDIRECT ACCESS TO LOCAL PROCESSOR'S PHYSICAL MEMORY SPACE
---------------------------------------------------------
CC DIGITAL MON/CON HIGH ADDRESS BITS (16-32) ILLEGAL ADDRESS
CD DIGITAL MON/CON LOW ADDRESS BITS (00-15) ILLEGAL ADDRESS
CE DIGITAL MON/CON DATA TRANSFER REGISTER COMMAND ATTEMPT WHILE FORMATTER RUNNING
CF DIGITAL MON/CON CHECKSUM REGISTER NONE
LOCATIONS #D0 THRU #DF RESERVED FOR FORMATTER TRACK AND AUX DATA CONTROLS
INDIRECT ACCESS TO TRACK DATA ASSIGNMENT ARRAY REF:54200D04.TXT
---------------------------------------------------------------
D0 DIGITAL MON/CON HIGH ADDRESS BITS (16-32) ILLEGAL ADDRESS
D1 DIGITAL MON/CON LOW ADDRESS BITS (00-15) ILLEGAL ADDRESS
D2 DIGITAL MON/CON DATA TRANSFER REGISTER COMMAND ATTEMPT WHILE INITIALIZING
D3 DIGITAL MON/CON CHECKSUM REGISTER NONE
INDIRECT ACCESS TO AUXILIARY DATA FIELD ARRAY 'A' REF:54200D08.TXT
---------------------------------------------------------------
D4 DIGITAL MON/CON HIGH ADDRESS BITS (16-32) ILLEGAL ADDRESS
D5 DIGITAL MON/CON LOW ADDRESS BITS (00-15) ILLEGAL ADDRESS
D6 DIGITAL MON/CON DATA TRANSFER REGISTER COMMAND ATTEMPT WHILE INITIALIZING
D7 DIGITAL MON/CON CHECKSUM REGISTER NONE
INDIRECT ACCESS TO AUXILIARY DATA FIELD ARRAY 'B' REF:54200D08.TXT
----------------------------------------------------------------
D8 DIGITAL MON/CON HIGH ADDRESS BITS (16-32) ILLEGAL ADDRESS
D9 DIGITAL MON/CON LOW ADDRESS BITS (00-15) ILLEGAL ADDRESS
DA DIGITAL MON/CON DATA TRANSFER REGISTER COMMAND ATTEMPT WHILE INITIALIZING
DB DIGITAL MON/CON CHECKSUM REGISTER NONE
DC NONE UNASSIGNED NON-EXISTING REGISTER
DD NONE UNASSIGNED NON-EXISTING REGISTER
DE NONE UNASSIGNED NON-EXISTING REGISTER
DF NONE UNASSIGNED NON-EXISTING REGISTER
INDIRECT ACCESS TO TRACK DATA ASSIGNMENT ARRAY - EXPANSION
-----------------------------------------------------------------
E0 DIGITAL MON/CON HIGH ADDRESS BITS (16-32) ILLEGAL ADDRESS
E1 DIGITAL MON/CON LOWADDRESS BITS (00-15) ILLEGAL ADDRESS
E2 DIGITAL MON/CON DATA TRANSFER REGISTER COMMAND ATTEMPT WHILE INITIALIZING
E3 DIGITAL MON/CON CHECKSUM REGISTER NONE
INDIRECT ACCESS TO AUXILIARY DATA FIELD ARRAY 'A' - EXPANSION
---------------------------------------------------------------
E4 DIGITAL MON/CON HIGH ADDRESS BITS (16-32) ILLEGAL ADDRESS
E5 DIGITAL MON/CON LOW ADDRESS BITS (00-15) ILLEGAL ADDRESS
E6 DIGITAL MON/CON DATA TRANSFER REGISTER COMMAND ATTEMPT WHILE INITIALIZING
E7 DIGITAL MON/CON CHECKSUM REGISTER NONE
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
INDIRECT ACCESS TO AUXILARY DATA FIELD ARRAY 'B' - EXPANSION
----------------------------------------------------------------
E8 DIGITAL MON/CON HIGH ADDRESS BITS (16-32) ILLEGAL ADDRESS
E9 DIGITAL MON/CON LOW ADDRESS BITS (00-15) ILLEGAL ADDRESS
EA DIGITAL MON/CON DATA TRANSFER REGISTER COMMAND ATTEMPT WHILE INITIALIZING
EB DIGITAL MON/CON CHECKSUM REGISTER NONE
EC NONE UNASSIGNED NON-EXISTING REGISTER
ED NONE UNASSIGNED NON-EXISTING REGISTER
EE NONE UNASSIGNED NON-EXISTING REGISTER
EF NONE RESET FORMATTER
[ACCESS CODE #AE51] ILLEGAL ACCESS CODE
F0 NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
F1 NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
F2 NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
F3 NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING
F4 NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
F5 NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
F6 NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING
F7 NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
F8 NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
F9 NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
FA NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
FB NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING
FC NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
FD NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
FE NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING REGISTER
FF NONE RESERVED FOR MCB SYSTEM USE NON-EXISTING
REGISTER
REC - VLBA Tape Recorder - 1990JUN15 ------------
ID (HEX) START ADD.(HEX)
TRANSPORT #1 2A 2200
TRANSPORT #2 3A 2B00
=============================================
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- -------- --------
WRITE MODULE:
--------------
00 DIGITAL MON FORMATTER SELECT (=0|1 FOR FMTR1|FMTR2)
GROUP RECORDER TRACK #'S
-------- --------------------
0 GROUP 0 IN HEAD 1 0 0,2,4,........,14,16
1 GROUP 1 IN HEAD 1 1 1,3,5,........,15,17
2 GROUP 2 IN HEAD 1 2 18,20,22,.....,32,34
3 GROUP 3 IN HEAD 1 3 19,21,23,.....,33,35
4 GROUP 0 IN HEAD 2 0 0,2,4,........,14,16
5 GROUP 1 IN HEAD 2 1 1,3,5,........,15,17
6 GROUP 2 IN HEAD 2 2 18,20,22,.....,32,34
7 GROUP 3 IN HEAD 2 3 19,21,23,.....,33,35
COMMENTS: CORRESPONDENCE BETWEEN VLBA FORMATTER TRACKS, VLBA RECORDER TRACKS
AND VLBI MKIII TRACK NUMBERS ARE GIVEN
BELOW.
VLBA VLBA MKIII VLBA VLBA MKIII
FORMATTER RECORDER FORMATTER RECORDER
TRACK No. TRACK No. TRACK No. TRACK No. TRACK No. TRACK No.
------------------------------------------------------------
32=SYS.0 1 - 34=SYS.2 0 -
0 3 - 16 2 -
1 5 2 17 4 1
2 7 4 18 6 3
3 9 6 19 8 5
4 11 8 20 10 7
5 13 10 21 12 9
6 15 12 22 14 11
7 17 14 23 16 13
8 19 16 24 18 15
9 21 18 25 20 17
10 23 20 26 22 19
11 25 22 27 24 21
12 27 24 28 26 23
13 29 26 29 28 25
14 31 28 30 30 27
15 33 - 31 32 -
33=SYS.1 35 - 35=SYS.3 34 -
------------------------------------------------------
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
01 DIGITAL MON OUTPUT GROUP ENABLE: (=0|1 FOR DISABLE|ENABLE)
0 GROUP 0 IN HEAD 1 (SEE MON WORD #00 FOR RECORDER TRACK NUMBERS)
1 GROUP 1 IN HEAD 1 (SEE MON WORD #00 FOR RECORDER TRACK NUMBERS) 2 GROUP 2 IN HEAD 1 (SEE MON WORD #00 FOR RECORDER TRACK NUMBERS)
3 GROUP 3 IN HEAD 1 (SEE MON WORD #00 FOR RECORDER TRACK NUMBERS)
4 GROUP 0 IN HEAD 2 (SEE MON WORD #00 FOR RECORDER TRACK NUMBERS)
5 GROUP 1 IN HEAD 2 (SEE MON WORD #00 FOR RECORDER TRACK NUMBERS)
6 GROUP 2 IN HEAD 2 (SEE MON WORD #00 FOR RECORDER TRACK NUMBERS)
7 GROUP 3 IN HEAD 2 (SEE MON WORD #00 FOR RECORDER TRACK NUMBERS)
SYSTEM TRACK SELECT: (RECORDER TRACK No. = 0-35)
---------------------------------------------------
02 DIGITAL MON 0-5 RECORDER TRACK 0 OF HEAD 1
03 DIGITAL MON 0-5 RECORDER TRACK 1 OF HEAD 1
04 DIGITAL MON 0-5 RECORDER TRACK 34 OF HEAD 1
05 DIGITAL MON 0-5 RECORDER TRACK 35 OF HEAD 1
06 DIGITAL MON 0-5 RECORDER TRACK 0 OF HEAD 2
07 DIGITAL MON 0-5 RECORDER TRACK 1 OF HEAD 2
08 DIGITAL MON 0-5 RECORDER TRACK 34 OF HEAD 2
09 DIGITAL MON 0-5 RECORDER TRACK 35 OF HEAD 2
MONITOR MODULE:
----------------
TRACK SELECT- BOTH READ AND BYPASS (RECORDER TRACK No. =- 0-35)
10 DIGITAL MON 0-5 HEAD 1,OUTPUT A
11 DIGITAL MON 0-5 HEAD 1,OUTPUT B
12 DIGITAL MON 0-5 HEAD 2,OUTPUT A
13 DIGITAL MON 0-5 HEAD 2,OUTPUT B
READ MODULE EQUALIZER SELECT (0|1|2 = STD.,ALT.1,ALT.2)
14 DIGITAL MON 0-1 HEAD 1,OUTPUT A
15 DIGITAL MON 0-1 HEAD 1,OUTPUT B
16 DIGITAL MON 0-1 HEAD 2,OUTPUT A
17 DIGITAL MON 0-1 HEAD 2,OUTPUT B
18 DIGITAL MON 0-2 OUTPUT TO FORMATTER #1, CHANNEL A; SEE OUTPUT SELECT CODE BELOW
19 DIGITAL MON 0-2 OUTPUT TO FORMATTER #1, CHANNEL B; SEE OUTPUT SELECT CODE BELOW
1A DIGITAL MON 0-2 OUTPUT TO FORMATTER #2, CHANNEL A; SEE OUTPUT SELECT CODE BELOW
1B DIGITAL MON 0-2 OUTPUT TO FORMATTER #2, CHANNEL B; SEE OUTPUT SELECT CODE BELOW
OUTPUT SELECT CODE: 000 HEAD 1 OUTPUT A, READ
001 HEAD 1 OUTPUT A, BYPASS
010 HEAD 1 OUTPUT B, READ
011 HEAD 1 OUTPUT B, BYPASS
100 HEAD 2 OUTPUT A, READ
101 HEAD 2 OUTPUT A, BYPASS
110 HEAD 2 OUTPUT B, READ
111 HEAD 2 OUTPUT B, BYPASS
MONITOR MODULE DECODER:
-----------------------
1C DIGITAL MON 0-1 ON BOARD DECODER DATA TO BE EXTRACTED (ALSO SEE MONITOR WORDS #18-1B)
00 WHAT GOES TO FORMATTER 1, CH.A
01 WHAT GOES TO FORMATTER 1, CH.B
10 WHAT GOES TO FORMATTER 2, CH.A
11 WHAT GOES TO FORMATTER 2, CH.B
1D DIGITAL MON DATA EXTRACT BIT DELAY VALUE (=0 CAPTURES SYNC. BITS 61-30)
1E DIGITAL MON EXTRACTED DATA BITS 31-16
1F DIGITAL MON EXTRACTED DATA BITS 15-0
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
TRANSPORT MODULE:
-----------------
30 DIGITAL MON TRANSPORT MODULE FOOTAGE COUNTER (FEET)
31 DIGITAL MON TRANSPORT MODULE SUPPLY REEL PACK (FEET)
32 DIGITAL MON TRANSPORT MODULE TAKEUP REEL PACK (FEET)
33 DIGITAL MON 0 LOW TAPE SENSE (0|1 = NO|YES)
HEAD POSITIONER:
----------------
40 DIGITAL MON CURRENT HEAD BLOCK PARAMETER VALUE-
(SEE MON. WORD #C3 FOR HEAD No. AND MON. WORD #C4 FOR PARAMETER No. SELECTED)
41 DIGITAL MON TOTAL POSITION COMMAND (kA)
42 DIGITAL MON ACTUAL POSITION (kA)
A/D BOARD:
-----------
50-5F ANALOG MON 0-11 RAW A/D CHANNEL #n(0-15) OUTPUTS; n=0 IN ADD. #50.
n=0: HEAD 1- LVDT VOLTAGE 1 VOLTS
n=1: HEAD 1- TEMP.
n=2: TOTAL POWER HEAD 1
n=3-5: NOT USED
N=6: VACUUM COLUMN PRESSURE (0.1" OF WATER/COUNT)
60 DIGITAL MON 0-11 TOTAL POWER HEAD 1 (0.01V)
61 DIGITAL MON 0-11 TOTAL POWER HEAD 2 (0.01V)
62 DIGITAL MON 0-11 HEAD-1 TEMPERATURE (0.1 deg C)
63 DIGITAL MON 0-11 HEAD-2 TEMPERATURE (0.1 deg C)
64 DIGITAL MON 0-11 VACUUM (0.1" OF WATER)
VME BOARDS:
------------
70 DIGITAL MON READ PARAMETER VALUES IN RAM/ROM
71 DIGITAL MON SOFTWARE REVISION NUMBER
72 DIGITAL MON 0-7 CHASSIS SERIAL NUMBER
73 DIGITAL MON GENERAL STATUS WORD: (0|1 = FALSE|TRUE)
0 ERROR EXISTS
1 TAPE MOVING
2 HEAD STACK MOVING
3 RAMPING
4 HEAD POSITIONING
5 TAPE POSITIONING
6 VACUUM OK
7 5MHz PRESENT
8 1 PPS PRESENT
74 DIGITAL MON ERROR FLAGS (0|1 =FALSE|TRUE)
0-1 UNUSED
2 FAILURE TO ATTAIN VACUUM WITH LOAD
3 UNABLE TO CHANGE TO THE DESIRED ACTIVE HEAD STACK
4 HEAD INDEX OUT OF RANGE
5 HEAD BLOCK PARAMETER # OUT OF RANGE
6 A/D CONVERSION TIMEOUT
7 COMMAND ATTEMPT AT READ ONLY ADDRESS
8 ATTEMPTED TAPE MOTION WITHOUT TAPE LOADED
9 HEAD MOVEMENT TIMED OUT (>15SEC)
15 SOFTWARE ERROR
75 DIGITAL MON SOFTWARE ERROR CODE (INTERNAL; SEE
MCBUS.HH)
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
WRITE MODULE:
--------------
80 DIGITAL MON/CON FORMATTER SELECT (=0|1 FOR FMTR1|FMTR2); SEE MON. WORD #00
81 DIGITAL MON/CON OUTPUT GROUP ENABLE (0|1 FOR DISABLE|ENABLE); SEE MON. WORD #01
SYSTEM TRACK SELECT: (RECORDER TRACK No. = 0-35)
---------------------------------------------------
82 DIGITAL MON/CON 0-5 RECORDER TRACK 0 OF HEAD 1
83 DIGITAL MON/CON 0-5 RECORDER TRACK 1 OF HEAD 1
84 DIGITAL MON/CON 0-5 RECORDER TRACK 34 OF HEAD 1
85 DIGITAL MON/CON 0-5 RECORDER TRACK 35 OF HEAD 1
86 DIGITAL MON/CON 0-5 RECORDER TRACK 0 OF HEAD 2
87 DIGITAL MON/CON 0-5 RECORDER TRACK 1 OF HEAD 2
88 DIGITAL MON/CON 0-5 RECORDER TRACK 34 OF HEAD 2
89 DIGITAL MON/CON 0-5 RECORDER TRACK 35 OF HEAD 2
MONITOR MODULE:
----------------
TRACK SELECT- BOTH READ AND BYPASS (RECORDER TRACK No. =- 0-35)
90 DIGITAL MON/CON 0-5 HEAD 1,OUTPUT A
91 DIGITAL MON/CON 0-5 HEAD 1,OUTPUT B
92 DIGITAL MON/CON 0-5 HEAD 2,OUTPUT A
93 DIGITAL MON/CON 0-5 HEAD 2,OUTPUT B
READ MODULE EQUALIZER SELECT (0|1|2 = STD.,ALT.1,ALT.2)
94 DIGITAL MON/CON 0-1 HEAD 1,OUTPUT A
95 DIGITAL MON/CON 0-1 HEAD 1,OUTPUT B
96 DIGITAL MON/CON 0-1 HEAD 2,OUTPUT A
97 DIGITAL MON/CON 0-1 HEAD 2,OUTPUT B
98 DIGITAL MON/CON 0-2 OUTPUT TO FORMATTER #1, CHANNEL A; SEE OUTPUT SELECT CODE BELOW
99 DIGITAL MON/CON 0-2 OUTPUT TO FORMATTER #1, CHANNEL B; SEE OUTPUT SELECT CODE BELOW
9A DIGITAL MON/CON 0-2 OUTPUT TO FORMATTER #2, CHANNEL A: SEE OUTPUT SELECT CODE BELOW
9B DIGITAL MON/CON 0-2 OUTPUT TO FORMATTER #2, CHANNEL B: SEE OUTPUT SELECT CODE BELOW
OUTPUT SELECT CODE: 000 HEAD 1 OUTPUT A, READ
001 HEAD 1 OUTPUT A, BYPASS
010 HEAD 1 OUTPUT B, READ
011 HEAD 1 OUTPUT B, BYPASS
100 HEAD 2 OUTPUT A, READ
101 HEAD 2 OUTPUT A, BYPASS
110 HEAD 2 OUTPUT B, READ
111 HEAD 2 OUTPUT B, BYPASS
MONITOR MODULE DECODER:
-----------------------
9C DIGITAL MON/CON 0-1 SELECT DATA STREAM GOING TO THE DECODER, SEE MONITOR WORD #1C
00 WHAT GOES TO FORMATTER 1, CH.A
01 WHAT GOES TO FORMATTER 1, CH.B
10 WHAT GOES TO FORMATTER 2, CH.A
11 WHAT GOES TO FORMATTER 2, CH.B
9D DIGITAL MON/CON DATA EXTRACT BIT DELAY VALUE (=0 CAPTURES SYNC. BITS 61-30)
9E DIGITAL MON/CON 0-7 SYNC. THRESOLD
9F DIGITAL MON/CON 0 INITIATE DATA EXTRACT
A0-A3 DIGITAL MON/CON SYNC WORD (BITS 63-0,#A3 TRIGGERS DOWN LOAD; A0 BIT 15 IS MSB OF THE SYNC WORD)
A4-A7 DIGITAL MON/CON SYNC MASK (BITS 63-0; #A7 TRIGGERS); #A4
BIT 15 IS MSB OF SYNC. MASK
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
TRANSPORT MODULE COMMANDS:
--------------------------
B0 DIGITAL MON/CON 0 STOP DRIVE
B1 DIGITAL MON/CON 0 START DRIVE (0|1 = REVERSE|FORWARD)
B2 DIGITAL MON/CON 0 FAST MOVE TO LOW TAPE POINT (=0|1 FOR REVERSE|FORWARD0
B3 DIGITAL MON/CON 0 LOAD TAPE INTO VACUUM COLUMN
B4 DIGITAL MON/CON 0 REWIND AND UNLOAD TAPE
B5 DIGITAL MON/CON SET CAPSTAN SPEED (IN UNITS OF 0.01 INCHES/SEC)
B6 DIGITAL MON/CON 0 ENABLE LOW TAPE (=0|1 FOR DISABLE|ENABLE0
B7 DIGITAL MON/CON POSITION TAPE TO FOOTAGE # (0-65535)
B8 DIGITAL MON/CON FORCE FOOTAGE COUNTER TO VALUE (FEET)
B9 DIGITAL MON/CON SET CAPSTAN SIZE CONSTANT
BA DIGITAL MON/CON 0 RELEASE BRAKES AND SERVOS (=0|1 FOR DISABLE|ENABLE)
BB DIGITAL MON/CON SET OFF-SET SPEED FOR THE PERIOD GIVEN IN CONTROL WORD #BC (UNITS OF 0.01"/SEC)
BC DIGITAL MON/CON OFF-SET SLEW PERIOD (INITIATES; UNITS:0.01SEC)
BD DIGITAL MON/CON TAPE THICKNESS (kA)
HEAD POSITIONER COMMANDS:
--------------------------
C0 DIGITAL MON/CON SET INDEX NUMBER
C1 DIGITAL MON/CON DOWN LOAD INDEX POSITION (kA)
C2 DIGITAL MON/CON 0 SET TAPE DIRECTION FOR OFFSET (=0|1 FOR REVERSE|FORWARD)
C3 DIGITAL MON/CON 0-1 ACTIVE HEAD NUMBER (1 TO 4)
C4 DIGITAL MON/CON 0-3 SET HEAD BLOCK PARAMETER NUMBER (0-10)
PARAMETER 0: SETS INCHWORM MOTOR FAST OUT SPEED
PARAMETER 1: SETS INCHWORM MOTOR SLOW OUT SPEED
PARAMETER 2: SETS INCHWORM MOTOR FAST IN SPEED
PARAMETER 3: SETS INCHWORM MOTOR SLOW IN SPEED
PARAMETER 4: SETS THE LVDT POSITIVE SCALE FACTOR
PARAMETER 5: SETS THE LVDT NEGATIVE SCALE FACTOR
PARAMETER 6: SETS THE LVDT POSITIVE QUADRATIC FACTOR
PARAMETER 7: SETS THE LVDT NEGATIVE QUADRATIC FACTOR
PARAMETER 8: SETS HEADSTACK FORWARD MOTION OFFSET (MICRONS)
PARAMETER 9: SETS HEADSTACK REVERSE MOTION OFFSET (MICRONS)
PARAMETER 10: SETS TEMPERATURE COEFFICIENT
C5 DIGITAL MON/CON DOWN LOAD HEAD BLOCK PARAMETER VALUE
C6 DIGITAL MON/CON MOVE HEAD TO ABSOLUTE VALUE (kA)
C7 DIGITAL MON/CON MOVE HEAD RELATIVE TO CURRENT POSITION (kA)
C8 DIGITAL MON/CON MOVE ACTIVE HEAD TO INDEX POSITION + OFFSET (kA)
C9 DIGITAL MON/CON PEAK UP ON MONITOR CHANNEL A WITHIN +/- kA
CA DIGITAL MON/CON SET AUTO PEAKING INTERVAL (SECONDS); NOT IMPLEMENTED
CB DIGITAL MON/CON 0 ABORT ACTION OF ACTIVE HEAD
CC DIGITAL MON/CON 0 HEAD MOTION PRIMITIVE: SPEED (0|1 = SLOW | FAST)
1 HEAD MOTION PRIMITIVE- DIRECTION (0|1 = IN | OUT)
CD DIGITAL MON/CON 0-15 DELAY (UNITS OF 40 uSEC)
CE DIGITAL MON/CON MEASURE ACTIVE HEAD POSITION
D0 DIGITAL MON/CON 0-13 A/D BOARD: SELECT D/A CH. #0 IN mV (0-10000);(VACUUM MOTOR)
D1 DIGITAL MON/CON 0-13 A/D BOARD: SELECT D/A CH. #1 IN mV (0-10000);(NOT PRESENTLY USED)
D2 DIGITAL MON/CON 0-13 A/D BOARD: SELECT D/A CH. #2 IN mV (0-10000);(NOT PRESENTLY USED)
D3 DIGITAL MON/CON 0-13 A/D BOARD: SELECT D/A CH. #3 IN mV
(0-10000);(WRITE VOLTAGE)
REL. ADD. ANALOG/ ACCESS DESCRIPTION(VOLTAGE=COUNTS/3276.8) MULT. UNITS RANGE COMMENTS
#(HEX) DIGITAL MON/CON BIT POS. FUNCTION VALUE MEANING
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ------- --------
E0 DIGITAL MON/CON 0-7 VME BOARDS: SET ADDRESS FOR RAM/ROM READ/WRITE (BITS 23-16)
E1 DIGITAL MON/CON 0-15 VME BOARDS: SET ADDRESS FOR RAM/ROM READ/WRITE (BITS 15-0)
E2 DIGITAL MON/CON VME BOARDS: OVERWRITE PARAMETER VALUE IN RAM
E3 DIGITAL MON/CON VME BOARDS: OR MASK INTO RAM LOCATION
E4 DIGITAL MON/CON VME BOARDS: AND MASK INTO RAM LOCATION