NOAA KLM User's Guide

Section 4.1
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4.1 HRPT System

4.1.1 General

The High Resolution Picture Transmission (HRPT) system provides data from all spacecraft instruments at a rate of 665,400 bps. The S-band realtime transmission consists of the digitized unprocessed output of five AVHRR/3 channels, plus the TIP (HIRS/3 for NOAA KLM and HIRS/4 on NOAA-N, -N', SBUV/2, SEM, DCS/2) data and AMSU data. All information necessary to calibrate the instrument outputs is included in the data stream.

During NOAA-K activation and evaluation, it was determined that AMSU-A channels 7 and 15 were switched. This switch should be transparent to Level 1b users as the channels were corrected (switched back) by the ingest software, however, direct readout users should be aware of this problem. Only the radiometric data was affected, the housekeeping temperatures of channels 15 and 7 oscillators are correct as they are now. The antenna patterns, beam efficiency and beam widths are correct as they were not affected by the switch. Band pass for channels 7 and 15 was not affected due to extremely broad rf-detectors.

4.1.2 Transmission Characteristics

The S-band transmission of time multiplexed, digital data is in a split phase format. For NOAA KLM, split phase data "0" is defined as being +68 degrees phase during the first half of the bit period and -68 degrees during the second half of the bit period. The split phase data "1" is defined as being -68 degrees phase during the first half of the bit period and +68 degrees phase during the second half of the bit period, for NOAA KLM. Note, the NOAA-N,-N' satellites have a slightly different phase angle (see Table 4.1.2-2). Table 4.1.2-1 shows the general characteristics of the HRPT transmission system, while the general HRPT parameters for both NOAA KLM and NOAA-N,-N' are shown in Table 4.1.2-2.

Line Rate 360 lines/minute
Data Channels 5 transmitted, 6 available
Data Resolution 1.1 km
Carrier Modulation Digital split phase, phase modulated
Transmitter Frequency (MHz) 1698.0 or 1707.0 MHz primary, 1702.5 MHz secondary, subject to change at any time. For the latest information on individual POES spacecraft, refer to NOAA/NESDIS/OSO's website: http://www.oso.noaa.gov/poesstatus/index.asp
Transmitter Power (EOL) 6.35 W (38.03 dBm)
Radiated Power (dBm, @ 63 degrees) 40.13
Polarization:
STX1
STX2
STX3		  
RCP
LCP (See Note 1.)
RCP
Note:
1). Except when STX2 is connected to the emergency omni antenna which is also RCP.

Table 4.1.2-2. HRPT Parameters for NOAA KLM and NOAA-N,-N'.
Parameter NOAA KLM NOAA-N,-N'
Major Frame
Rate 2 major frames/sec 2 major frames/sec
Minor Frames/Major Frame 3 3
Minor Frame
Rate 6 minor frames/sec 6 minor frames/sec
Number of words 11,090 11,090
Format See Table 4.1.3.1-1 See Table 4.1.3.2-1
Word Parameters
Rate 66,540 words/sec 66,540 words/sec
Number of bits/word 10 10
Order Bit 1=MSB, Bit 10=LSB Bit 1=MSB, Bit 10=LSB
Bit Parameters
Rate 665,400 bits/sec 665,400 bits/sec
Format Split phase Split phase
Data "0" +68/-68 degrees +67/-67 degrees
Data "1" -68/+68 degrees -67/+67 degrees

4.1.3 HRPT Minor Frame Format

The MIRP outputs the HRPT format simultaneously with the Automatic Picture Transmission (APT), Global Area Coverage (GAC) and Local Area Coverage (LAC) formats. GAC and LAC data are not considered real time, as these data are stored on the spacecraft digital recorders for readout by the CDA stations. The HRPT data format consists of a major frame which is subdivided into three minor frames.

Of special note is the flag in the telemetry (Word 7, Bit 10) which will indicate which of AVHRR/3 channel 3 sensors (3A or 3B) is operating. When channel 3B is selected, the patch temperature data is output every scan line (during the backscan), and every other scan line when channel 3A is selected. The data output will switch instantaneously between 3A or 3B upon command, even if the scan is in the middle of a line. However, the way the flag operates there is one scan line of uncertainty when switching from 3B to 3A, and two lines of uncertainty when switching from 3A to 3B.

4.1.3.1 HRPT Minor Frame Format for NOAA KLM

On NOAA KLM, TIP and AMSU data are updated at the major frame rate. That is, the three minor frames which make up the major frame will contain TIP data in the first minor frame, backfill in the second minor frame, and AMSU data from the AIP, in the third minor frame. In the previous series of satellites (NOAA E-J), the major frame consisted of three minor frames of only the TIP data. The details of the HRPT, AIP, and TIP minor frame formats for NOAA KLM are shown in Tables 4.1.3.1-1, 4.1.5.1-1 and 4.3.3.1-1, respectively.

Table 4.1.3.1-1 describes the minor frame format for HRPT on the NOAA KLM satellites.

Table 4.1.3.1-1. HRPT Minor Frame Format for NOAA KLM.
Function No. of Words Word Position Bit No. Plus Word Code &
1 2 3 4 5 6 7 8 9 10 Meaning		 Notes
Frame Sync 6 1 1 0 1 0 0 0 0 1 0 0  
2 0 1 0 1 1 0 1 1 1 1  
3 1 1 0 1 0 1 1 1 0 0 1
4 0 1 1 0 0 1 1 1 0 1  
5 1 0 0 0 0 0 1 1 1 1  
6 0 0 1 0 0 1 0 1 0 1  
ID 2 7 Bit 1; 0=Internal Sync; 1=AVHRR Sync
Bits 2 & 3; 00=Not an HRPT frame but a GAC frame;01=Minor Frame #1; 10=Minor Frame #2; 11=Minor Frame #3
Bits 4-7; Spacecraft Addresses; Bit 4=MSB, BIT 7=LSB
Bit 8; 0=Frame Stable; 1=Frame Resync Occurred
Bit 9; 1=Normal AVHRR input, 0=PN AVHRR Input
Bit 10; 0=AVHRR Ch3B, 1=AVHRR Ch3A		  
8 Bits 1-10; undefined Spare  
Time Code 4 9 Bits 1-9; Binary day count; Bit 1 = MSB; Bit 9 = LSB
Bit 10; 0; spare		  
10 Bit 1-3; 101, spare Bits 4-10; Part of Binary msec of day
count; Bit 4=MSB		  
11 Bit 1-10; Part of Binary msec of day count;  
12 Bit 1-10; Remainder of Binary msec of day count; Bit 10=LSB  
Telemetry 10 13 Ramp Calibration AVHRR Channel #1  
14 Ramp Calibration AVHRR Channel #2  
15 Ramp Calibration AVHRR Channel #3  
16 Ramp Calibration AVHRR Channel #4  
17 Ramp Calibration AVHRR Channel #5  
18 PRT Reading 1  
19 PRT Reading 2  
20 PRT Reading 3 2
21 Channel 3 patch Temp.  
22 Spare - Undefined  
Calibration Target View 30 23
thru
52		 10 words of calibration target view data from each AVHRR channel 3, 4, and 5. These data are time multiplexed as chan 3 (word 1), chan 4 (word 1),
chan 5 (word 1), chan 3 (word 2), chan 4 (word 2), chan 5 (word2), etc.		  
Space Data 50 53
thru
102		 10 words of space scan data from each AVHRR channel1, 2, 3, 4, and 5. These data are time multiplexed as chan1 (word 1), chan 2 (word 1), chan 3 (word 1), chan 4 (word 1) chan 5 (word 1), chan 1 (word 2), chan 2 (word2), chan 3 (word 2), chan 4 (word 2), chan 5 (word 2),etc.  
Sync Data 1 103 Bit 1; 0 = AVHRR sync early; 1 = AVHRR sync late, Bits 2-10; 9 bit binary count of 0.9984 MHz periods; Bit 2 = MSB, Bit 10=LSB  
Data Words 520 104
thru
623		 3 sets of data corresponding to three HRPT minor frames per HRPT major frame.

First HRPT minor frame: The 520 words contain 5 TIP minor frames of TIP data (104 TIP data words per TIP minor frame) Bits 1-8: Exact format as generated by TIP. Bit 9: Even parity check over Bits 1-8. Bit 10: Inverted Bit 1.

Second HRPT minor frame: The 520 words shall consist of five frames (104 words per frame) of spare data in the same form as spare words 624-750.

Third HRPT minor frame: The 520 words shall consist of five frames (104 words per frame)of AMSU data from the AIP. Bits 1-8: Exact format as generated by AIP.

Bit 9: Even parity check over Bits 1-8.

Bit 10: Inverted Bit 1.

3
Spare Words 127 624 0 1 0 0 0 0 1 0 0 1  
625 0 1 1 1 1 0 1 1 1 0  
626 1 1 1 0 1 0 1 0 1 0  
627 0 0 1 1 1 0 1 1 1 0  
628 0 0 1 0 1 1 0 0 0 0  
... ... 4
748 1 0 1 1 0 1 1 1 0 1  
749 0 0 0 1 0 0 1 1 1 0  
750 1 1 1 1 0 0 1 0 0 1  
Earth Data 10,240 751 Chan 1 - Sample 1  
752 Chan 2 - Sample 1  
753 Chan 3 - Sample 1  
754 Chan 4 - Sample 1  
755 Chan 5 - Sample 1  
756 Chan 1 - Sample 2  
... ... 5
10,985 Chan 5 - Sample 2047  
10,986 Chan 1 - Sample 2048  
10,987 Chan 2 - Sample 2048  
10,988 Chan 3 - Sample 2048  
10,989 Chan 4 - Sample 2048  
10,990 Chan 5 - Sample 2048  
Auxiliary Sync 100 10,991 1 1 1 1 1 0 0 0 1 0  
10,992 1 1 1 1 1 1 0 0 1 1  
10,993 0 1 1 0 1 1 0 1 0 1  
10,994 1 0 1 0 1 1 1 1 0 1  
... ... 6
11,089 0 1 1 1 1 1 0 0 0 0  
11,090 1 1 1 1 0 0 1 1 0 0  
Notes:
1) First 60 bits from 63 bit PN generator started in the all 1's state. The generator polynomial is x6+X5+X2+X+1
2) AVHRR Internal Target Temperature Data. Three readings from one of the four platinum resistance thermometers (PRT). A different PRT is sampled for each scan; every fifth scan will contain a reference value of 0 in place of each reading.
3) 104 words includes 103 words of the AMSU frame plus the first word of TIP
4) Derived by inverting the output of a 1023 bit PN sequence provided by a feedback shift register generating the polynomial: X10+X5+X2+X+1. The generator is started in all 1's state at the beginning of word 7 of each minor frame.
5) Each minor frame contains the data obtained during one Earth scan of the AVHRR sensor. The data from the five sensor channels of the AVHRR are time multiplexed as indicated.
6) Derived from the non-inverted output of a 1023 bit PN sequence provided by a feedback shift register generating the polynomial: X10+X5+X2+X+1. The generator is started in the all 1's state at the beginning of word 10,991.

4.1.3.2 HRPT Minor Frame Format for NOAA-N,-N'

On NOAA-N,-N', the HRPT format provides a major frame, which is made up of three minor frames. TIP and AMSU/MHS data are updated at the major frame rate. That is, the three minor frames, which make up a major frame, will contain TIP data in the first minor frame, backfill in the second minor frame, and AMSU/MHS data in the third minor frame. The HRPT is provided in a split phase format to the S-Band Transmitter. The S-band transmission of time multiplexed, digital data is in a split phase format. The split phase data "0" is defined as being +67 phase during the first half of the bit period and -67 phase during the second half of the bit period. The split phase data "1" is defined as being -67 phase during the first half of the bit period and +67 during the second half of the bit period. The time code contained in each minor frame indicates the spacecraft time 1.13 ± 0.5 milliseconds before the beginning of bit 1 of word 1. The HRPT minor frame format for NOAA-N,-N' is shown in Table 4.1.3.2-1.

Table 4.1.3.2-1. HRPT Minor Frame Format for NOAA-N, -N'.
Function No. of
Words		 Word
Position		 Bit No. Plus Word Code &
1 2 3 4 5 6 7 8 9 10 Meaning		 Notes
Frame Sync 6 1 1 0 1 0 0 0 0 1 0 0  
2 0 1 0 1 1 0 1 1 1 1  
3 1 1 0 1 0 1 1 1 0 0 1
4 0 1 1 0 0 1 1 1 0 1  
5 1 0 0 0 0 0 1 1 1 1  
6 0 0 1 0 0 1 0 1 0 1  
ID 2 7 Bit 1; 0=Internal Sync; 1=AVHRR Sync
Bits 2 & 3; 00=Not an HRPT frame but a GAC frame; 01=Minor Frame #1; 10=Minor Frame #2; 11=Minor Frame #3
Bits 4-7; Spacecraft Addresses; Bit 4=MSB, BIT 7=LSB
Bit 8; 0=Frame Stable; 1=Frame Resync Occurred
Bit 9; 1=Normal AVHRR input, 0=PN AVHRR Input
Bit 10; 0=AVHRR Ch3B, 1=AVHRR Ch3A		  
8 Bits 1-10; undefined Spare  
Time Code 4 9 Bits 1-9; Binary day count; Bit 1 = MSB; Bit 9 = LSB
Bit 10; 0; spare		  
10 Bit 1-3; 101, spare Bits 4-10; Part of Binary msec of day
count; Bit 4=MSB		  
11 Bit 1-10; Part of Binary msec of day count;  
12 Bit 1-10; Remainder of Binary msec of day count; Bit 10=LSB  
Telemetry 10 13 Ramp Calibration AVHRR Channel #1  
14 Ramp Calibration AVHRR Channel #2  
15 Ramp Calibration AVHRR Channel #3  
16 Ramp Calibration AVHRR Channel #4  
17 Ramp Calibration AVHRR Channel #5  
18 AVHRR Channel #3 Target Temperature  
19 AVHRR Channel #4 Target Temperature  
20 AVHRR Channel #5 Target Temperature 2
21 Channel 3 patch Temp.  
22 Spare - Undefined  
Back Scan 30 23
thru
52		 10 words of back scan data from each AVHRR channel 3, 4, and 5. These data are time multiplexed as chan 3 (word 1), chan 4 (word 1), chan 5 ( word 1), chan 3 (word 2), chan 4 (word 2), chan 5 (word 2), etc.  
Space D ata 50 53
thru
102		 10 words of space scan data from each AVHRR channel 1, 2, 3, 4, and 5. These data are time multiplexed as chan 1 (word 1), chan 2 (word 1), chan 3 (word 1), chan 4 (word 1) chan 5 (word 1), chan 1 (word 2), chan 2 (word 2), chan 3 (word 2), chan 4 (word 2), chan 5 (word 2), etc.  
Sync Data 1 103 Bit 1; 0 = AVHRR sync early; 1 = AVHRR sync late,Bits 2-10; 9 bit binary count of 0.9984 MHz periods; Bit 2 = MSB, Bit 10=LSB  
Data Words 520 104
thru
623
 3 sets of data corresponding to three HRPT minor frames per HRPT major frame.

First HRPT minor frame: The 520 words contain 5 TIP minor frames of TIP data (104 TIP data words per TIP minor frame) Bits 1-8: Exact format as generated by TIP. Bit 9: Even parity check over Bits 1-8. Bit 10: Inverted Bit 1.

Second HRPT minor frame: The 520 words shall consist of five frames (104 words per frame) of spare data in the same form as spare words 624-750.

Third HRPT minor frame: The 520 words shall consist of five frames (104 words per frame)of AMSU/MHS data from the AIP. Bits 1-8: Exact format as generated by AIP.

Bit 9: Even parity check over Bits 1-8.

Bit 10: Inverted Bit 1.

3
Spare Words 127 624 0 1 0 0 0 0 1 0 0 1  
625 0 1 1 1 1 0 1 1 1 0  
626 1 1 1 0 1 0 1 0 1 0  
627 0 0 1 1 1 0 1 1 1 0  
628 0 0 1 0 1 1 0 0 0 0  
... ... 4
748 1 0 1 1 0 1 1 1 0 1  
749 0 0 0 1 0 0 1 1 1 0  
750 1 1 1 1 0 0 1 0 0 1  
Earth Data
10,240
 751 Chan 1 - Sample 1  
752 Chan 2 - Sample 1  
753 Chan 3 - Sample 1  
754 Chan 4 - Sample 1  
755 Chan 5 - Sample 1  
756 Chan 1 - Sample 2  
... ... 5
10,985 Chan 5 - Sample 2047  
10,986 Chan 1 - Sample 2048  
10,987 Chan 2 - Sample 2048  
10,988 Chan 3 - Sample 2048  
10,989 Chan 4 - Sample 2048  
10,990 Chan 5 - Sample 2048  
Auxiliary Sync
100
 10,991 1 1 1 1 1 0 0 0 1 0  
10,992 1 1 1 1 1 1 0 0 1 1  
10,993 0 1 1 0 1 1 0 1 0 1  
10,994 1 0 1 0 1 1 1 1 0 1  
... ... 6
11,089 0 1 1 1 1 1 0 0 0 0  
11,090 1 1 1 1 0 0 1 1 0 0  
NOTES:
1. First 60 bits from 63 bit PN generator started in the all 1's state. The generator polynomial is X6+X5+X2+X+1
2. Each of these words is a 5 channel subcom; 4 words of IR data plus subcom sync (10 "0"s)
3. The 104th word of each AMSU/MHS data frame of the MIRP contains 1110110100.
4. Derived by inverting the output of a 1023 bit PN sequence provided by a feedback shift register generating the polynomial: X10+X5+X2+X+1. The generator is started in all 1's state at the beginning of word 7 of each minor frame.
5. Each minor frame contains the data obtained during one Earth scan of the AVHRR sensor. The data from the five sensor channels of the AVHRR are time multiplexed as indicated.
6. Derived from the non-inverted output of a 1023 bit PN sequence provided by a feedback shift register generating the polynomial: X10+X5+X2+X+1. The generator is started in the all 1's state at the beginning of word 10,991.

4.1.4 Digital "A" Telemetry

The output data signals supplied by the instrument to the spacecraft can be assigned to three categories: 1) instrument Digital "A" (scientific) data; 2) Digital "B" Telemetry; and 3) Analog Telemetry. For purposes of this document, Digital "A" data only are described in this section.

4.1.4.1 AMSU-A1 for NOAA KLM and NOAA-N,N'

The AMSU-A1 Digital "A" telemetry incorporates all of the radiometric data taken during one scan. It also includes the data from the on-orbit calibrations. In the Full Scan Mode, the AMSU-A1 for NOAA KLM and NOAA-N,N' has 1,244 Digital "A" telemetry points, as identified in Table 4.1.4.1-1.

Table 4.1.4.1-1. AMSU-A1 Digital "A" Data Format - Full Scan Mode for NOAA KLM and NOAA-N, N'.
A1 Frame Byte
Number		 Parameter Notes
1-3 Sync. Sequence (FF Hex) 3
4 Unit Identification and Serial Number 3
5 Digital Housekeeping Data 1 3
6 Digital Housekeeping Data 2 3
7 Digital Housekeeping Data 3 3
8 Digital Housekeeping Data 4 3
9 Reflector 1, Position 1, MSP, First reading 1,2,3,4
10 Reflector 1, Position 1, LSP, First reading 1,2,3,4
11 Reflector 2, Position 1, MSP, First reading 1,2,3,4
12 Reflector 2, Position 1, LSP, First reading 1,2,3,4
13 Reflector 1, Position 1, MSP, Second reading 1,2,3,4
14 Reflector 1, Position 1, LSP, Second reading 1,2,3,4
15 Reflector 2, Position 1, MSP, Second reading 1,2,3,4
16 Reflector 2, Position 1, LSP, Second reading 1,2,3,4
17 Scene Position 1, Channel 3, MSP 1,3,5
18 Scene Position 1, Channel 3, LSP 1,3,5
19 Scene Position 1, Channel 4, MSP 1,3,5
20 Scene Position 1, Channel 4, LSP 1,3,5
... ... 1,3,5
41 Scene Position 1, Channel 15, MSP 1,3,5
42 Scene Position 1, Channel 15, LSP 1,3,5
43 Reflector 1, Position 2, MSP, First reading 1,2,3,4
44 Reflector 1, Position 2, LSP, First reading 1,2,3,4
45 Reflector 2, Position 2, MSP, First reading 1,2,3,4
46 Reflector 2, Position 2, LSP, First reading 1,2,3,4
47 Reflector 1, Position 2, MSP, Second reading 1,2,3,4
48 Reflector 1, Position 2, LSP, Second reading 1,2,3,4
49 Reflector 2, Position 2, MSP, Second reading 1,2,3,4
50 Reflector 2, Position 2, LSP, Second reading 1,2,3,4
51 Scene Position 2, Channel 3, MSP 1,3,5
52 Scene Position 2, Channel 3, LSP 1,3,5
... ... 1,3,5
75 Scene Position 2, Channel 15, MSP 1,3,5
76 Scene Position 2, Channel 15, LSP 1,3,5
77 Reflector 1, Position 3, MSP, First reading 1,2,3,4
78 Reflector 1, Position 3, LSP, First reading 1,2,3,4
79 Reflector 2, Position 3, MSP, First reading 1,2,3,4
80 Reflector 2, Position 3, LSP, First reading 1,2,3,4
81 Reflector 1, Position 3, MSP, Second reading 1,2,3,4
82 Reflector 1, Position 3, LSP, Second reading 1,2,3,4
83 Reflector 2, Position 3, MSP, Second reading 1,2,3,4
84 Reflector 2, Position 3, LSP, Second reading 1,2,3,4
85 Scene Position 3, Channel 3, MSP 1,3,5
86 Scene Position 3, Channel 3, LSP 1,3,5
... ... 1,3,5
1027 Scene Position 30, Channel 15, MSP 1,3,5
1028 Scene Position 30, Channel 15, LSP 1,3,5
1029 Reflector 1, Cold Cal. Position, MSP, First reading 1,2,3,4
1030 Reflector 1, Cold Cal. Position, LSP, First reading 1,2,3,4
1031 Reflector 2, Cold Cal. Position, MSP, First reading 1,2,3,4
1032 Reflector 2, Cold Cal. Position, LSP, First reading 1,2,3,4
1033 Reflector 1, Cold Cal. Position, MSP, Second reading 1,2,3,4
1034 Reflector 1, Cold Cal. Position, LSP, Second reading 1,2,3,4
1035 Reflector 2, Cold Cal. Position, MSP, Second reading 1,2,3,4
1036 Reflector 2, Cold Cal. Position, LSP, Second reading 1,2,3,4
1037 Cold Calibration 1, Channel 3, MSP 1,3,5
1038 Cold Calibration 1, Channel 3, LSP 1,3,5
1039 Cold Calibration 1, Channel 4, MSP 1,3,5
1040 Cold Calibration 1, Channel 4, LSP 1,3,5
... ... 1,3,5
1061 Cold Calibration 1, Channel 15, MSP 1,3,5
1062 Cold Calibration 1, Channel 15, LSP 1,3,5
1063 Cold Calibration 2, Channel 3, MSP 1,3,5
1064 Cold Calibration 2, Channel 3, LSP 1,3,5
1065 Cold Calibration 2, Channel 4, MSP 1,3,5
1066 Cold Calibration 2, Channel 4, LSP 1,3,5
... ... 1,3,5
1087 Cold Calibration 2, Channel 15, MSP 1,3,5
1088 Cold Calibration 2, Channel 15, LSP 1,3,5
1089 Temp Sensor 1, MSP 1,3,5,6
1090 Temp Sensor 1, LSP 1,3,5,6
1091 Temp Sensor 2, MSP 1,3,5,6
1092 Temp Sensor 2, LSP 1,3,5,6
... ... 1,3,5,6
1177 Temp Sensor 45, MSP 1,3,5,6
1178 Temp Sensor 45, LSP 1,3,5,6
1179 Temp Sensor Reference Voltage, MSP 6
1180 Temp Sensor Reference Voltage, LSP 6
1181 Reflector 1 Warm Cal. Position, MSP, First reading 1,2,3,4
1182 Reflector 1 Warm Cal. Position, LSP, First reading 1,2,3,4
1183 Reflector 2 Warm Cal. Position, MSP, First reading 1,2,3,4
1184 Reflector 2 Warm Cal. Position, LSP, First reading 1,2,3,4
1185 Reflector 1 Warm Cal. Position, MSP, Second reading 1,2,3,4
1186 Reflector 1 Warm Cal. Position, LSP, Second reading 1,2,3,4
1187 Reflector 2 Warm Cal. Position, MSP, Second reading 1,2,3,4
1188 Reflector 2 Warm Cal. Position, LSP, Second reading 1,2,3,4
1189 Warm Calibration 1, Channel 3, MSP 1,3,5
1190 Warm Calibration 1, Channel 3, LSP 1,3,5
... ... 1,3,5
1213 Warm Calibration 1, Channel 15, MSP 1,3,5
1214 Warm Calibration 1, Channel 15, LSP 1,3,5
1215 Warm Calibration 2, Channel 3, MSP 1,3,5
1216 Warm Calibration 2, Channel 3, LSP 1,3,5
... ... 1,3,5
1239 Warm Calibration 2, Channel 15, MSP 1,3,5
1240 Warm Calibration 2, Channel 15, LSP 1,3,5
... ... 1,3,5
1241-1243 Sync. Sequence (FF Hex)  
1244 Unit Identification and Serial Number  
Notes:
1. The MSP is the most significant portion of a particular measurement; the LSP is the least significant portion of the particular measurement.
2. The first set of readings for a particular reflector position are made prior to the integration interval; the second set of readings are made approximately halfway through the integration period.
3. Digital "A" data as read by the spacecraft shall contain an undetermined number of "fill words". These fill words shall be 0001H and will be intermingled with valid data. The Digital "A" data as sent by the instrument shall be such that no valid data of 0001H shall be included.
4. Format of Position data is: DDDDDDDDDDDDDDE0, where:
D = Data
E = Error bit: 0=not in spec, 1=spec.
0 = Zero
5. Format of Radiometer data is: DDDDDDDDDDDDDDD0, where:
D = Data
0 = Zero
6. Temperature Sensor Reference Voltage utilized for temperature sensors 36-45 only. It is used for the initial instrument performance test at instrument contractor's facility.

Note: For S/N 103 (flown on NOAA-15) only, all scene positions, warm calibration and cold calibration, channel 7 and channel 15 radiometric data are interchanged; i.e., channel 7 radiometric output is actually channel 15, and channel 15 is actually channel 7.

Table 4.1.4.1-2 gives more details on the AMSU-A1 housekeeping data which are stored in Bytes 5-8 and also the temperature sensor data (bytes 1089-1178).

< /tr>
Table 4.1.4.1-2. AMSU-A1 Data Word Description.
Housekeeping Data, Byte Number 1
Bit # Description
0 0
1 Full Scan Mode:
0=Not Full Scan;
1=Full Scan.
2 Warm Cal Mode:
0=Not in Warm Cal;
1=Warm Cal.
3 Cold Cal Mode:
0=Not in Cold Cal;
1=Cold Cal.
4 Nadir Mode:
0=Not in Nadir;
1=Nadir.
5 Cold Cal Position, LSB
6 Cold Cal Position, MSB
7 0
Housekeeping Data, Byte Number 2
0 0
1 Scanner A1-1 Power:
0=Off;
1=On.
2 Scanner A1-2 Power:
0=Off;
1=On.
3 PLL Power:
0=Redundant (PLO#2);
1=Primary (PLO#1).
4 Survival Heater Power:
0=Off;
1=On.
5 0
6 0
7 0
Housekeeping Data, Byte Number 3
0 0
1 0
2 0
3 0
4 0
5 0
6 0
7 0
Housekeeping Data, Byte Number 4
0 0
1 0
2 0
3 0
4 0
5 0
6 0
7 0
Temperature Sensor Assignments
Number Location
1 Scan Motor A1-1
2 Scan Motor A1-2
3 Feedhorn A1-1
4 Feedhorn A1-2
5 RF Mux A1-1
6 RF Mux A1-2
7 Local Oscillator Channel 3
8 Local Oscillator Channel 4
9 Local Oscillator Channel 5
10 Local Oscillator Channel 6
11 Local Oscillator Channel 7
12 Local Oscillator Channel 8
13 Local Oscillator Channel 15
14 PLL LO #2 Channels 9 through 14 (See Note 1)
15 PLL LO #1 Channels 9 through 14
16 PLLO (Reference Oscillator) for S/N 101-104, Not used for S/N 105-109
17 Mixer/IF Amplifier Channel 3
18 Mixer/IF Amplifier Channel 4
19 Mixer/IF Amplifier Channel 5
20 Mixer/IF Amplifier Channel 6
21 Mixer/IF Amplifier Channel 7
22 Mixer/IF Amplifier Channel 8
23 Mixer/IF Amplifier Channel 9/14
24 Mixer/IF Amplifier Channel 15
25 IF Amplifier Channel 11/14
26 IF Amplifier Channel 9
27 IF Amplifier Channel 10
28 IF Amplifier Channel 11
29 DC/DC Converter
30 IF Amplifier Channel 13
31 IF Amplifier Channel 14
32 IF Amplifier Channel 15
33 RF Shelf A1-1
34 RF Shelf A1-2
35 Detector/Preamplifier Assembly
36 A1-1 Warm Load 1 - not valid for S/N 103
37 A1-1 Warm Load 2
38 A1-1 Warm Load 3
39 A1-1 Warm Load 4
40 A1-1 Warm Load center
41 A1-2 Warm Load 1
42 A1-2 Warm Load 2
43 A1-2 Warm Load 3
44 A1-2 Warm Load 4
45 A1-2 Warm Load Center
AMSU A-1 Identification Words
Unit Number Identification No. (Binary) S/N
Engineering Model Module A1 00000001 101
Proto Flight Model Module A1 00000101 102
Flight Model 1 Module A1 00001001 103
Flight Model 2 Module A1 00001101 104
Flight Model 3 Module A1 00010001 105
Flight Model 4 Module A1 00010101 106
Flight Model 5 Module A1 00011001 107
Flight Model 6 Module A1 00011101 108
Flight Model 7 Module A1 00100001 109
Note:
1) For S/N 102 only: Read PRT temperature. Read voltage of lock detect signal and convert to temperature using the following formula: t=(8.75 x V)-23.5 where t is the temperature (in C) and V is the measured lock detect voltage signal. If the temperature given by the PRT reading and the formula are in agreement within ±5 C, then use the PRT reading as it was intended. If the temperature difference is greater than ±5 C, then use temperature interpreted from lock detect signal. At initial power on of PLLO#2 before PLLO#2 is fully self heated and stabilized, use within ±5 C rule with reference to A1-1 (PRT #33) RF-shelf temperature. The within ±5 C rule does not apply right after PLLO was operational and was switched off and then back on. In this case, wait half an hour for PLLO#2 to cool down before temperature extraction method can be selected correctly. The formula t=(8.75 x V)-23.5 is useable only between 2.5V to +8.4V or -1.6 to 50 C.

4.1.4.2 AMSU-A2 for NOAA KLM and NOAA-N, N'

The AMSU-A2 Digital "A" telemetry incorporates all of the radiometric data taken during one scan. It also includes the data from the on-orbit calibrations. The AMSU-A2 has 316 Digital "A" telemetry points, as described in Table 4.1.4.2-1, in the Full Scan Mode.

Table 4.1.4.2-1. AMSU-A2 Digital "A" Format - Full Scan Mode for NOAA KLM and NOAA-N, -N'.
A2 Frame Byte Number Parameter Notes
1-3 Sync. Sequence (FF Hex) 3
4 Unit Identification and Serial Number 3
5 Digital Housekeeping Data 1 3
6 Digital Housekeeping Data 2 3
7 Digital Housekeeping Data 3 3
8 Digital Housekeeping Data 4 3
9 Reflector, Position 1, MSP, First reading 1,2,3,4
10 Reflector, Position 1, LSP, First reading 1,2,3,4
11 Reflector, Position 1, MSP, Second reading 1,2,3,4
12 Reflector, Position 1, LSP, Second reading 1,2,3,4
13 Scene Position 1, Channel 1, MSP 1,3,5
14 Scene Position 1, Channel 1, LSP 1,3,5
15 Scene Position 1, Channel 2, MSP 1,3,5
16 Scene Position 1, Channel 2, LSP 1,3,5
17 Reflector, Position 2, MSP, First reading 1,2,3,4
18 Reflector, Position 2, LSP, First reading 1,2,3,4
19 Reflector, Position 2, MSP, Second reading 1,2,3,4
20 Reflector, Position 2, LSP, Second reading 1,2,3,4
21 Scene Position 2, Channel 1, MSP 1,3,5
22 Scene Position 2, Channel 1, LSP 1,3,5
23 Scene Position 2, Channel 2, MSP 1,3,5
24 Scene Position 2, Channel 2, LSP 1,3,5
25 Reflector, Position 3, MSP, First reading 1,2,3,4
26 Reflector, Position 3, LSP, First reading 1,2,3,4
27 Reflector, Position 3, MSP, Second reading 1,2,3,4
28 Reflector, Position 3, LSP, Second reading 1,2,3,4
29 Scene Position 3, Channel 1, MSP 1,3,5
30 Scene Position 3, Channel 1, LSP 1,3,5
... ... 1,3,5
247 Scene Position 30, Channel 2, MSP 1,3,5
248 Scene Position 30, Channel 2, LSP 1,3,5
249 Reflector, Cold Calibration Position, MSP,First reading 1,2,3,4
250 Reflector, Cold Calibration Position, LSP,First reading 1,2,3,4
251 Reflector, Cold Calibration Position, MSP,Second reading 1,2,3,4
252 Reflector, Cold Calibration Position, LSP,Second reading 1,2,3,4
253 Cold Calibration 1, Channel 1, MSP 1,3,5
254 Cold Calibration 1, Channel 1, LSP 1,3,5
255 Cold Calibration 1, Channel 2, MSP 1,3,5
256 Cold Calibration 1, Channel 2, LSP 1,3,5
257 Cold Calibration 2, Channel 1, MSP 1,3,5
258 Cold Calibration 2, Channel 1, LSP 1,3,5
259 Cold Calibration 2, Channel 2, MSP 1,3,5
260 Cold Calibration 2, Channel 2, LSP 1,3,5
261 Temperature Sensor 1, MSP 1,3,5,6
262 Temperature Sensor 1, LSP 1,3,5,6
263 Temperature Sensor 2, MSP 1,3,5,6
264 Temperature Sensor 2, LSP 1,3,5,6
... ... 1,3,5,6
297 Temperature Sensor 19, MSP 1,3,5,6
298 Temperature Sensor 19, LSP 1,3,5,6
299 Temperature Sensor Reference Voltage, MSP 6
300 Temperature Sensor Reference Voltage, LSP 6
301 Reflector Warm Calibration Position, MSP,First reading 1,2,3,4
302 Reflector Warm Calibration Position, LSP,First reading 1,2,3,4
303 Reflector Warm Calibration Position, MSP,Second reading 1,2,3,4
304 Reflector Warm Calibration Position, LSP,Second reading 1,2,3,4
305 Warm Calibration 1, Channel 1, MSP 1,3,5
306 Warm Calibration 1, Channel 1, LSP 1,3,5
307 Warm Calibration 1, Channel 2, MSP 1,3,5
308 Warm Calibration 1, Channel 2, LSP 1,3,5
309 Warm Calibration 2, Channel 1, MSP 1,3,5
310 Warm Calibration 2, Channel 1, LSP 1,3,5
311 Warm Calibration 2, Channel 2, MSP 1,3,5
312 Warm Calibration 2, Channel 2, LSP 1,3,5
313-315 Synchronization Sequence (FF Hex)  
316 Unit Identification and Serial Number  
Notes:
1. MSP is the most significant portion of a particular measurement while the LSP is the least significant portion of the particular measurement.
2. The first set of readings for a particular reflector position are made prior to the integration interval; the second set of readings are made approximately half way through the integration period.
3. Digital "A" data as read by the spacecraft shall contain an undetermined number of "fill words". These fill words shall be 0001H and will be intermingled with valid data. The Digital "A" data as sent by the instrument shall be such that no valid data of 0001H shall be included.
4. Format of Position data is DDDDDDDDDDDDDDE0, where:
D=Data
E=Error bit: 0=not in spec, 1=spec.
0=Zero
5. Format of Radiometer data is DDDDDDDDDDDDDDD0, where:
D=Data
0=Zero
If A/D latch up flag, then format at the radiometer and Temp. Sensor Data is:
0000000000000000
6. Temperature sensor reference voltage is utilized for temperature sensors 13 through 19 only. It is used for the initial instrument performance test at instrument contractor's facility.

Table 4.1.4.2-2 gives more details on the AMSU-A2 housekeeping data which are stored in Bytes 5-8 and also the temperature sensor data (bytes 261-298).

Table 4.1.4.2-2. AMSU-A2 Data Word Description.
Housekeeping Data, Byte Number 1
Bit # Description
0 0
1 Full Scan Mode:
0=Not Full Scan;
1=Full Scan.
2 Warm Calibration Mode:
0=Not in Warm Cal;
1=Warm Cal.
3 Cold Cal Mode:
0=Not in Cold Cal;
1=Cold Cal.
4 Nadir Mode:
0=Not in Nadir;
1=Nadir.
5 Cold Cal Position, LSB
6 Cold Cal Position, MSB
7 0
Housekeeping Data, Byte Number 2
0 0
1 Scanner A2 Power:
0=Off;
1=On.
2 Scanner Compensator Power:
0=Off;
1=On.
3 0
4 Survival Heater Power:
0=Off;
1=On.
5 0
6 0
7 0
Housekeeping Data, Byte Number 3
0 0
1 0
2 0
3 0
4 0
5 0
6 0
7 0
Housekeeping Data, Byte Number 4
0 0
1 0
2 0
3 0
4 0
5 0
6 0
7 0
AMSU A2 Temperature Sensor Assignments
Number Location
1 Scan Motor
2 Feed Horn
3 RF Mux
4 Mixer IF Amplifier Channel 1
5 Mixer IF Amplifier Channel 2
6 Local Oscillator Channel 1
7 Local Oscillator Channel 2
8 Compensation Motor
9 Subreflector
10 DC/DC Converter
11 RF Shelf
12 Detector/Preamp Assembly
13 Warm Load Center
14 Warm Load 1
15 Warm Load 2
16 Warm Load 3
17 Warm Load 4
18 Warm Load 5
19 Warm Load 6
AMSU A2 Identification Words
Unit Number Identification No. (Binary) S/N
Engineering Model Module A2 00000010 101
Proto Flight Model Module A2 00000110 102
Flight Model 1 Module A2 00001010 103
Flight Model 2 Module A2 00001110 104
Flight Model 3 Module A2 00010010 105
Flight Model 4 Module A2 00010110 106
Flight Model 5 Module A2 00011010 107
Flight Model 6 Module A2 00011110 108
Flight Model 7 Module A2 00100010 109

4.1.4.3 AMSU-B Telemetry Data for NOAA KLM

Digital Data is clocked into the spacecraft AIP at a 16.64 kbps rate by the shift pulse whenever the Data Enable Pulse is presented to the instrument. The AMSU-B data is in the AIP minor frame words 48 through 97. The AIP reads the digital data output from the AMSU-B in 16 bit words.

The AMSU-B telemetry format consists of 78 minor frames of data. Minor frames 1 and 80 in each 8 second cycle are blank: i.e., no data is available in the PEU digital data FIFO during the first and last minor frames of each 8 second format. The 78 minor frames are organized as three blocks of 650 words as follows (representing one scan of the instrument):

36 spare words

540 words of Earth view pixel data

(90 x (5 channels + shaft position at mid-pixel))

26 words of housekeeping data

48 words of space view and target view data

(2 x 4 x (5 channels + shaft position))

This structure is maintained for all modes. In static modes, all pixel data locations contain the pixel data for the current antenna position.

The AMSU-B digital format is synchronized to the 8 second synchronization pulse. During each minor frame, 25 words of data are available in the PEU O/P FIFO within 16.7 milliseconds of the start of the minor frame (except in minor frames 1 and 80). Table 4.1.4.3-1 shows the AMSU-B digital data format.

Word Length: 16 bits

Serial Output: 25 - 16 bit words per 100 msec (MSB first)

Table 4.1.4.3-1. AMSU-B Digital Data Format for NOAA KLM.
Word
Number		 Minor Frame
1 2 3 4 5 6 7 8 9 10
01 Blank SP1 SP26 17/03 18/07 19/11 20/15 P/20 16/24 17/28
02 SP2 SP27 18/03 19/07 20/11 P/16 16/20 17/24 18/28
03 SP3 SP28 19/03 20/07 P/12 16/16 17/20 18/24 19/28
04 SP4 SP29 20/03 P/08 16/12 17/16 18/20 19/24 20/28
05 SP5 SP30 P/04 16/08 17/12 18/16 19/20 20/24 P/29
06 SP6 SP31 16/04 17/08 18/12 19/16 20/20 P/25 16/29
07 SP7 SP32 17/04 18/08 19/12 20/16 P/21 16/25 17/29
08 SP8 SP33 18/04 19/08 20/12 P/17 16/21 17/25 18/29
09 SP9 SP34 19/04 20/08 P/13 16/17 17/21 18/25 19/29
10 SP10 SP35 20/04 P/09 16/13 17/17 18/21 19/25 20/29
11 SP11 SP36 P/05 16/09 17/13 18/17 19/21 20/25 P/30
12 SP12 P/01 16/05 17/09 18/13 19/17 20/21 P/26 16/30
13 SP13 16/01 17/05 18/09 19/13 20/17 P/22 16/26 17/30
14 SP14 17/01 18/05 19/09 20/13 P/18 16/22 17/26 18/30
15 SP15 18/01 19/05 20/09 P/14 16/18 17/22 18/26 19/30
16 SP16 19/01 20/05 P/10 16/14 17/18 18/22 19/26 20/30
17 SP17 20/01 P/06 16/10 17/14 18/18 19/22 20/26 P/31
18 SP18 P/02 16/06 17/10 18/14 19/18 20/22 P/27 16/31
19 SP19 16/02 17/06 18/10 19/14 20/18 P/23 16/27 17/31
20 SP20 17/02 18/06 19/10 20/14 P/19 16/23 17/27 18/31
21 SP21 18/02 19/06 20/10 P/15 16/19 17/23 18/27 19/31
22 SP22 19/02 20/06 P/11 16/15 17/19 18/23 19/27 20/31
23 SP23 20/02 P/07 16/11 17/15 18/19 19/23 20/27 P/32
24 SP24 P/03 16/07 17/11 18/15 19/19 20/23 P/28 16/32
25 SP25 16/03 17/07 18/11 19/15 20/19 P/24 16/28 17/32
Word
Number		 Minor Frame
11 12 13 14 15 16 17 18 19 20
01 18/32 19/36 20/40 P/45 16/49 17/53 18/57 19/61 20/65 P/70
02 19/32 20/36 P/41 16/45 17/49 18/53 19/57 20/61 P/66 16/70
03 20/32 P/37 16/41 17/45 18/49 19/53 20/57 P/62 16/66 17/70
04 P/33 16/37 17/41 18/45 19/49 20/53 P/58 16/62 17/66 18/70
05 16/33 17/37 18/41 19/45 20/49 P/54 16/58 17/62 18/66 19/70
06 17/33 18/37 19/41 20/45 P/50 16/54 17/58 18/62 19/66 20/70
07 18/33 19/37 20/41 P/46 16/50 17/54 18/58 19/62 20/66 P/71
08 19/33 20/37 P/42 16/46 17/50 18/54 19/58 20/62 P/67 16/71
09 20/33 P/38 16/42 17/46 18/50 19/54 20/58 P/63 16/67 17/71
10 P/34 16/38 17/42 18/46 19/50 20/54 P/59 16/63 17/67 18/71
11 16/34 17/38 18/42 19/46 20/50 P/55 16/59 17/63 18/67 19/71
12 17/34 18/38 19/42 20/46 P/51 16/55 17/59 18/63 19/67 20/71
13 18/34 19/38 20/42 P/47 16/51 17/55 18/59 19/63 20/67 P/72
14 19/34 20/38 P/43 16/47 17/51 18/55 19/59 20/63 P/68 16/72
15 20/34 P/39 16/43 17/47 18/51 19/55 20/59 P/64 16/68 17/72
16 P/35 16/39 17/43 18/47 19/51 20/55 P/60 16/64 17/68 18/72
17 16/35 17/39 18/43 19/47 20/51 P/56 16/60 17/64 18/68 19/72
18 17/35 18/39 19/43 20/47 P/52 16/56 17/60 18/64 19/68 20/72
19 18/35 19/39 20/43 P/48 16/52 17/56 18/60 19/64 20/68 P/73
20 19/35 20/39 P/44 16/48 17/52 18/56 19/60 20/64 P/69 16/73
21 20/35 P/40 16/44 17/48 18/52 19/56 20/60 P/65 16/69 17/73
22 P/36 16/40 17/44 18/48 19/52 20/56 P/61 16/65 17/69 18/73
23 16/36 17/40 18/44 19/48 20/52 P/57 16/61 17/65 18/69 19/73
24 17/36 18/40 19/44 20/48 P/53 16/57 17/61 18/65 19/69 20/73
25 18/36 19/40 20/44 P/49 16/53 17/57 18/61 19/65 20/69 P/74
Word
Number		 Minor Frame
21 22 23 24 25 26 27 28 29 30
01 16/74 17/78 18/82 19/86 20/90 A25 20/S4 SP1 TST09 17/03
02 17/74 18/78 19/82 20/86 A01 A26 P/T1 SP2 TST10 18/03
03 18/74 19/78 20/82 P/87 A02 P/S1 16/T1 SP3 TST11 19/03
04 19/74 20/78 P/83 16/87 A03 16/S1 17/T1 SP4 TST12 20/03
05 20/74 P/79 16/83 17/87 A04 17/S1 18/T1 SP5 TST13 P/04
06 P/75 16/79 17/83 18/87 A05 18/S1 19/T1 SP6 TST14 16/04
07 16/75 17/79 18/83 19/87 A06 19/S1 20/T1 SP7 TST15 17/04
08 17/75 18/79 19/83 20/87 A07 20/S1 P/T2 SP8 TST16 18/04
09 18/75 19/79 20/83 P/88 A08 P/S2 16/T2 SP9 TST17 19/04
10 19/75 20/79 P/84 16/88 A09 16/S2 17/T2 SP10 TST18 20/04
11 20/75 P/80 16/84 17/88 A10 17/S2 18/T2 SP11 TST19 P/05
12 P/76 16/80 17/84 18/88 A11 18/S2 19/T2 SP12 P/01 16/05
13 16/76 17/80 18/84 19/88 A12 19/S2 20/T2 SP13 16/01 17/05
14 17/76 18/80 19/84 20/88 A13 20/S2 P/T3 SP14 17/01 18/05
15 18/76 19/80 20/84 P/89 A14 P/S3 16/T3 SP15 18/01 19/05
16 19/76 20/80 P/85 16/89 A15 16/S3 17/T3 SP16 19/01 20/05
17 20/76 P/81 16/85 17/89 A16 17/S3 18/T3 SP17 20/01 P/06
18 P/77 16/81 17/85 18/89 A17 18/S3 19/T3 TST01 P/02 16/06
19 16/77 17/81 18/85 19/89 A18 19/S3 20/T3 TST02 16/02 17/06
20 17/77 18/81 19/85 20/89 A19 20/S3 P/T4 TST03 17/02 18/06
21 18/77 19/81 20/85 P/90 A20 P/S4 16/T4 TST04 18/02 19/06
22 19/77 20/81 P/86 16/90 A21 16/S4 17/T4 TST05 19/02 20/06
23 20/77 P/82 16/86 17/90 A22 17/S4 18/T4 TST06 20/02 P/07
24 P/78 16/82 17/86 18/90 A23 18/S4 19/T4 TST07 P/03 16/07
25 16/78 17/82 18/86 19/90 A24 19/S4 20/T4 TST08 16/03 17/07
Word
Number		 Minor Frame
31 32 33 34 35 36 37 38 39 40
01 18/07 19/11 20/15 P/20 16/24 17/28 18/32 19/36 20/40 P/45
02 19/07 20/11 P/16 16/20 17/24 18/28 19/32 20/36 P/41 16/45
03 20/07 P/12 16/16 17/20 18/24 19/28 20/32 P/37 16/41 17/45
04 P/08 16/12 17/16 18/20 19/24 20/28 P/33 16/37 17/41 18/45
05 16/08 17/12 18/16 19/20 20/24 P/29 16/33 17/37 18/41 19/45
06 17/08 18/12 19/16 20/20 P/25 16/29 17/33 18/37 19/41 20/45
07 18/08 19/12 20/16 P/21 16/25 17/29 18/33 19/37 20/41 P/46
08 19/08 20/12 P/17 16/21 17/25 18/29 19/33 20/37 P/42 16/46
09 20/08 P/13 16/17 17/21 18/25 19/29 20/33 P/38 16/42 17/46
10 P/09 16/13 17/17 18/21 19/25 20/29 P/34 16/38 17/42 18/46
11 16/09 17/13 18/17 19/21 20/25 P/30 16/34 17/38 18/42 19/46
12 17/09 18/13 19/17 20/21 P/26 16/30 17/34 18/38 19/42 20/46
13 18/09 19/13 20/17 P/22 16/26 17/30 18/34 19/38 20/42 P/47
14 19/09 20/13 P/18 16/22 17/26 18/30 19/34 20/38 P/43 16/47
15 20/09 P/14 16/18 17/22 18/26 19/30 20/34 P/39 16/43 17/47
16 P/10 16/14 17/18 18/22 19/26 20/30 P/35 16/39 17/43 18/47
17 16/10 17/14 18/18 19/22 20/26 P/31 16/35 17/39 18/43 19/47
18 17/10 18/14 19/18 20/22 P/27 16/31 17/35 18/39 19/43 20/47
19 18/10 19/14 20/18 P/23 16/27 17/31 18/35 19/39 20/43 P/48
20 19/10 20/14 P/19 16/23 17/27 18/31 19/35 20/39 P/44 16/48
21 20/10 P/15 16/19 17/23 18/27 19/31 20/35 P/40 16/44 17/48
22 P/11 16/15 17/19 18/23 19/27 20/31 P/36 16/40 17/44 18/48
23 16/11 17/15 18/19 19/23 20/27 P/32 16/36 17/40 18/44 19/48
24 17/11 18/15 19/19 20/23 P/28 16/32 17/36 18/40 19/44 20/48
25 18/11 19/15 20/19 P/24 16/28 17/32 18/36 19/40 20/44 P/49
Word
Number		 Minor Frame
41 42 43 44 45 46 47 48 49 50
01 16/49 17/53 18/57 19/61 20/65 P/70 16/74 17/78 18/82 19/86
02 17/49 18/53 19/57 20/61 P/66 16/70 17/74 18/78 19/82 20/86
03 18/49 19/53 20/57 P/62 16/66 17/70 18/74 19/78 20/82 P/87
04 19/49 20/53 P/58 16/62 17/66 18/70 19/74 20/78 P/83 16/87
05 20/49 P/54 16/58 17/62 18/66 19/70 20/74 P/79 16/83 17/87
06 P/50 16/54 17/58 18/62 19/66 20/70 P/75 16/79 17/83 18/87
07 16/50 17/54 18/58 19/62 20/66 P/71 16/75 17/79 18/83 19/87
08 17/50 18/54 19/58 20/62 P/67 16/71 17/75 18/79 19/83 20/87
09 18/50 19/54 20/58 P/63 16/67 17/71 18/75 19/79 20/83 P/88
10 19/50 20/54 P/59 16/63 17/67 18/71 19/75 20/79 P/84 16/88
11 20/50 P/55 16/59 17/63 18/67 19/71 20/75 P/80 16/84 17/88
12 P/51 16/55 17/59 18/63 19/67 20/71 P/76 16/80 17/84 18/88
13 16/51 17/55 18/59 19/63 20/67 P/72 16/76 17/80 18/84 19/88
14 17/51 18/55 19/59 20/63 P/68 16/72 17/76 18/80 19/84 20/88
15 18/51 19/55 20/59 P/64 16/68 17/72 18/76 19/80 20/84 P/89
16 19/51 20/55 P/60 16/64 17/68 18/72 19/76 20/80 P/85 16/89
17 20/51 P/56 16/60 17/64 18/68 19/72 20/76 P/81 16/85 17/89
18 P/52 16/56 17/60 18/64 19/68 20/72 P/77 16/81 17/85 18/89
19 16/52 17/56 18/60 19/64 20/68 P/73 16/77 17/81 18/85 19/89
20 17/52 18/56 19/60 20/64 P/69 16/73 17/77 18/81 19/85 20/89
21 18/52 19/56 20/60 P/65 16/69 17/73 18/77 19/81 20/85 P/90
22 19/52 20/56 P/61 16/65 17/69 18/73 19/77 20/81 P/86 16/90
23 20/52 P/57 16/61 17/65 18/69 19/73 20/77 P/82 16/86 17/90
24 P/53 16/57 17/61 18/65 19/69 20/73 P/78 16/82 17/86 18/90
25 16/53 17/57 18/61 19/65 20/69 P/74 16/78 17/82 18/86 19/90
Word
Number		 Minor Frame
51 52 53 54 55 56 57 58 59 60
01 20/90 A25 20/S4 SP1 TST09 17/03 18/07 19/11 20/15 P/20
02 A01 A26 P/T1 SP2 TST10 18/03 19/07 20/11 P/16 16/20
03 A02 P/S1 16/T1 SP3 TST11 19/03 20/07 P/12 16/16 17/20
04 A03 16/S1 17/T1 SP4 TST12 20/03 P/08 16/12 17/16 18/20
05 A04 17/S1 18/T1 SP5 TST13 P/04 16/08 17/12 18/16 19/20
06 A05 18/S1 19/T1 SP6 TST14 16/04 17/08 18/12 19/16 20/20
07 A06 19/S1 20/T1 SP7 TST15 17/04 18/08 19/12 20/16 P/21
08 A07 20/S1 P/T2 SP8 TST16 18/04 19/08 20/12 P/17 16/21
09 A08 P/S2 16/T2 SP9 TST17 19/04 20/08 P/13 16/17 17/21
10 A09 16/S2 17/T2 SP10 TST18 20/04 P/09 16/13 17/17 18/21
11 A10 17/S2 18/T2 SP11 TST19 P/05 16/09 17/13 18/17 19/21
12 A11 18/S2 19/T2 SP12 P/01 16/05 17/09 18/13 19/17 20/21
13 A12 19/S2 20/T2 SP13 16/01 17/05 18/09 19/13 20/17 P/22
14 A13 20/S2 P/T3 SP14 17/01 18/05 19/09 20/13 P/18 16/22
15 A14 P/S3 16/T3 SP15 18/01 19/05 20/09 P/14 16/18 17/22
16 A15 16/S3 17/T3 SP16 19/01 20/05 P/10 16/14 17/18 18/22
17 A16 17/S3 18/T3 SP17 20/01 P/06 16/10 17/14 18/18 19/22
18 A17 18/S3 19/T3 TST01 P/02 16/06 17/10 18/14 19/18 20/22
19 A18 19/S3 20/T3 TST02 16/02 17/06 18/10 19/14 20/18 P/23
20 A19 20/S3 P/T4 TST03 17/02 18/06 19/10 20/14 P/19 16/23
21 A20 P/S4 16/T4 TST04 18/02 19/06 20/10 P/15 16/19 17/23
22 A21 16/S4 17/T4 TST05 19/02 20/06 P/11 16/15 17/19 18/23
23 A22 17/S4 18/T4 TST06 20/02 P/07 16/11 17/15 18/19 19/23
24 A23 18/S4 19/T4 TST07 P/03 16/07 17/11 18/15 19/19 20/23
25 A24 19/S4 20/T4 TST08 16/03 17/07 18/11 19/15 20/19 P/24
Word
Number		 Minor Frame
61 62 63 64 65 66 67 68 69 70
01 16/24 17/28 18/32 19/36 20/40 P/45 16/49 17/53 18/57 19/61
02 17/24 18/28 19/32 20/36 P/41 16/45 17/49 18/53 19/57 20/61
03 18/24 19/28 20/32 P/37 16/41 17/45 18/49 19/53 20/57 P/62
04 19/24 20/28 P/33 16/37 17/41 18/45 19/49 20/53 P/58 16/62
05 20/24 P/29 16/33 17/37 18/41 19/45 20/49 P/54 16/58 17/62
06 P/25 16/29 17/33 18/37 19/41 20/45 P/50 16/54 17/58 18/62
07 16/25 17/29 18/33 19/37 20/41 P/46 16/50 17/54 18/58 19/62
08 17/25 18/29 19/33 20/37 P/42 16/46 17/50 18/54 19/58 20/62
09 18/25 19/29 20/33 P/38 16/42 17/46 18/50 19/54 20/58 P/63
10 19/25 20/29 P/34 16/38 17/42 18/46 19/50 20/54 P/59 16/63
11 20/25 P/30 16/34 17/38 18/42 19/46 20/50 P/55 16/59 17/63
12 P/26 16/30 17/34 18/38 19/42 20/46 P/51 16/55 17/59 18/63
13 16/26 17/30 18/34 19/38 20/42 P/47 16/51 17/55 18/59 19/63
14 17/26 18/30 19/34 20/38 P/43 16/47 17/51 18/55 19/59 20/63
15 18/26 19/30 20/34 P/39 16/43 17/47 18/51 19/55 20/59 P/64
16 19/26 20/30 P/35 16/39 17/43 18/47 19/51 20/55 P/60 16/64
17 20/26 P/31 16/35 17/39 18/43 19/47 20/51 P/56 16/60 17/64
18 P/27 16/31 17/35 18/39 19/43 20/47 P/52 16/56 17/60 18/64
19 16/27 17/31 18/35 19/39 20/43 P/48 16/52 17/56 18/60 19/64
20 17/27 18/31 19/35 20/39 P/44 16/48 17/52 18/56 19/60 20/64
21 18/27 19/31 20/35 P/40 16/44 17/48 18/52 19/56 20/60 P/65
22 19/27 20/31 P/36 16/40 17/44 18/48 19/52 20/56 P/61 16/65
23 20/27 P/32 16/36 17/40 18/44 19/48 20/52 P/57 16/61 17/65
24 P/28 16/32 17/36 18/40 19/44 20/48 P/53 16/57 17/61 18/65
25 16/28 17/32 18/36 19/40 20/44 P/49 16/53 17/57 18/61 19/65
Word
Number		 Minor Frame
71 72 73 74 75 76 77 78 79 80
01 20/65 P/70 16/74 17/78 18/82 19/86 20/90 A25 20/S4 Blank
02 P/66 16/70 17/74 18/78 19/82 20/86 A01 A26 P/T1
03 16/66 17/70 18/74 19/78 20/82 P/87 A02 P/S1 16/T1
04 17/66 18/70 19/74 20/78 P/83 16/87 A03 16/S1 17/T1
05 18/66 19/70 20/74 P/79 16/83 17/87 A04 17/S1 18/T1
06 19/66 20/70 P/75 16/79 17/83 18/87 A05 18/S1 19/T1
07 20/66 P/71 16/75 17/79 18/83 19/87 A06 19/S1 20/T1
08 P/67 16/71 17/75 18/79 19/83 20/87 A07 20/S1 P/T2
09 16/67 17/71 18/75 19/79 20/83 P/88 A08 P/S2 16/T2
10 17/67 18/71 19/75 20/79 P/84 16/88 A09 16/S2 17/T2
11 18/67 19/71 20/75 P/80 16/84 17/88 A10 17/S2 18/T2
12 19/67 20/71 P/76 16/80 17/84 18/88 A11 18/S2 19/T2
13 20/67 P/72 16/76 17/80 18/84 19/88 A12 19/S2 20/T2
14 P/68 16/72 17/76 18/80 19/84 20/88 A13 20/S2 P/T3
15 16/68 17/72 18/76 19/80 20/84 P/89 A14 P/S3 16/T3
16 17/68 18/72 19/76 20/80