14-Byte Frequency Data Record Structure - Yaesu FT-920 Operating Manual

Read Meter (F7H)
Sending this command with the parameters shown
below causes a variety of transceiver metering data
to be downloaded. The values are within the range 0
and FFH, and the data is returned in the following
format:
Me ter
Parameter
Byt e
P1 = 00 S/P O
P1 = 01 FWD
P1 = 02 Dummy
P1 = 03 NR
The "dummy" data above is meaningless, and may
be ignored.
1-Byte Memory Channel Number
Data Structure (For Opcode 10H, etc.)
Mem ory Cha nne l Data (H ex Codes )
Ch. He x Ch.
1-01 01H 1-32
1-02 02H 1-33
1-03 03H 1-34
1-04 04H 1-35
1-05 05H 1-36
1-06 06H 1-37
1-07 07H 1-38
1-08 08H 1-39
1-09 09H 1-40
1-10 0AH 1-41
1-11 0BH 1-42
1-12 0CH 1-43
1-13 0DH 1-44
1-14 0EH 1-45
1-15 0FH 1-46
1-16 10H 1-47
1-17 11H 1-48
1-18 12H 1-49
1-19 13H 1-50
1-20 14H 1-51
1-21 15H 1-52
1-22 16H 1-53
1-23 17H 1-54
1-24 18H 1-55
1-25 19H 1-56
1-26 1AH 1-57
1BH 1-58
1-27
1-28 1CH 1-59
1-29 1DH 1-60
1-30 1EH 1-61
1-31 1FH 1-62
Tone Frequency Codes
P 1 Freq . P 1 Freq .
P 2 (Hz ) P 2 (Hz )
00 h OFF 09 h 8 8. 5
01 h 6 7. 0 0A h 9 1. 5
02 h 6 9. 3 0B h 9 4. 8
03 h 7 1. 9 0 Ch 9 7. 4
04 h 7 4. 4 0 Dh 10 0. 0
05 h 7 7. 0 0E h 10 3. 5
06 h 7 9. 7 0Fh 10 7. 2
07 h 8 2. 5 10 h 11 0.9
08 h 8 5. 4 11 h 11 4.8
90
Me ter Me ter Me ter
Byt e Byt e Byt e
ALC VOLT AMP
RE V SHIFT PITCH
SQL HPF LPF
PROC DISC RMC
He x Ch. He x Ch.
20H 1-63 3FH 1-94
21H 1-64 40H 1-95
22H 1-65 41H 1-96
23H 1-66 42H 1-97
24H 1-67 43H 1-98
25H 1-68 44H 1-99
26H 1-69 45H d-01
27H 1-70 46H d-02
28H 1-71 47H d-03
29H 1-72 48H d-04
2AH 1-73 49H d-05
2BH 1-74 4AH d-06
2CH 1-75 4BH d-07
2DH 1-76 4CH d-08
2EH 1-77 4DH d-09
2FH 1-78 4EH d-10
30H 1-79 4FH C-01
31H 1-80 50H C-02
32H 1-81 51H C-03
33H 1-82 52H C-04
34H 1-83 53H C-05
35H 1-84 54H C-06
36H 1-85 55H C-07
37H 1-86 56H C-08
38H 1-87 57H C-09
39H 1-88 58H C-10
3AH 1-89 59H C-11
5AH P-Lo
3BH 1-90
3CH 1-91 5BH P-Hi
3DH 1-92 5CH
3EH 1-93 5DH
P 1 Freq . P 1 Freq . P 1
P 2 (Hz ) P 2 (Hz ) P 2
12 h 11 8.8 1B h 16 2. 2 24 h
13 h 12 3. 0 1 Ch 16 7. 9 25 h
14 h 12 7. 3 1 Dh 17 3. 8 26 h
15 h 13 1. 8 1E h 17 9. 9 27 h
16 h 13 6. 5 1Fh 18 6. 2 2 8h*
17 h 14 1. 3 20 h 19 2. 8
18 h 14 6. 2 21 h 20 3. 5
19 h 15 1. 4 22 h 21 0. 7
1A h 15 6. 7 23 h 21 8. 1 * 28h = P1 o nly
14-Byte Frequency Data
The following tables outline the 14-byte data record
structures used for the Operating Data, VFO-A, VFO-
B, and Memory Frequency data records.
Byt e
Pad
1
F7H
2
F7H
3
F7H
4
F7H
5
6
7
8
9
A
B
C
He x
D
5EH
E
5FH
60H
61H
62H
63H
64H
65H
66H
67H
68H
69H
6AH
6BH
6CH
6DH
6EH
6FH
70H
71H
72H
73H
74H
75H
76H
77H
78H
79H
7AH
Freq .
(Hz )
22 5. 7
23 3. 6
24 1. 8
25 0. 3
175 0
Record Structure
1 4-Byt e Dat a Rec ord As signm ent
Band Selection
Operating Frequency
Clarifier Offset
(2 Bytes, see bel ow)
Mode Data
Flag
Filter Data 1
Filter Data 2
CTCSS Encoder Data
CTCSS Decoder Data
Memory Recall Flag
FT-920 Operating Manual