Atomic taco: Wikify the lazy way

Atomic taco — Thu, 12 Dec 2013 23:06:18 GMT

Wikify the lazy way

← Older revision		Revision as of 23:06, 12 December 2013
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	GE Phoenix SX VHF Programming PROM format		GE Phoenix SX VHF Programming PROM format
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	D743 AC		D743 AC
	D754 E3		D754 E3
		+	</pre>

Rich: Created page with 'GE Phoenix SX VHF Programming GE Phoenix SX VHF Programming PROM format The PROM chip is an X2212PI GE software : no decimal points when entering freq C for carrier pl, D for …'

Rich — Wed, 06 Jan 2010 02:10:49 GMT

Created page with 'GE Phoenix SX VHF Programming GE Phoenix SX VHF Programming PROM format The PROM chip is an X2212PI GE software : no decimal points when entering freq C for carrier pl, D for …'

New page

GE Phoenix SX VHF Programming

GE Phoenix SX VHF Programming PROM format

The PROM chip is an X2212PI

GE software : no decimal points when entering freq
C for carrier pl, D for DPL
c670 for 67.0
STE: 0 off 1 on

Phoenix SX VHF
----------------------------------------------------------------------
RX: FFFF = disabled 0000 = 118.840
rx valid: 130.000 - 190.050

RX formula:

Desired Freq (5kc increments only) - 118.840(base) = X
140.600

X=21.76

x = x * 1000 (x = 21760) //convert to kc

x = x / 5 (x = 4352) //convert to # of 5kc steps from base

//get MSB
x = x - 4096 (nearest multiple of 2048) (mult is 2 hex)

remainder is 256 - 256 (nearest multiple of 128) (mult is 2 hex)

remainder is 80 - (nearest multiple of 16) (mult is 5 hex)
if this # is 4,5,6, or 7
then add 4 !!!
(result is 9)

remainder is 0... (remainder is 0 hex)

mults and remainder = 2290

rearrange x by swapping 1st two bytes then
swapping last two bytes = 2209

0200 = 139.320
0300 = 149.560
10.24 MHZ

0200 = 139.320
1200 = 139.960
2200 = 140.600
640 kc

0200 = 139.320
0201 = 139.400
80 kc

1183 = 130.00
11C8 = 130.100
11D8 = 130.105
11E8 = 130.110
21C1 = 130.500
21E8 = 130.750
21CA = 130.900
216B = 130.950
9102 = 135.000
C103 = 137.000
F108 = 139.000
F12B = 139.250
F16B = 139.270
F1FB = 139.315
0200 = 139.320
02F0 = 139.350
0201 = 139.400
0242 = 139.500
02EA = 139.870
028B = 139.920
1200 = 139.960
1280 = 140.00 (2108)
1201 = 140.040
12C1 = 140.100
12F1 = 140.115
1202 = 140.120
1212 = 140.125
1262 = 140.150
12F2 = 140.195
1203 = 140.200
1279 = 140.395
1289 = 140.400
12D9 = 140.425
12F9 = 140.435
120A = 140.440
122A = 140.450
12CA = 140.500
12FB = 140.595
2200 = 140.600
22E1 = 140.750
22C3 = 140.900
2209 = 141.00
820B = 145.00
9249 = 145.500
922B = 145.650
92CB = 145.700
92FB = 145.715
A200 = 145.720
A2F0 = 145.795
A201 = 145.800
A283 = 146.00
C200 = 147.00
F201 = 149.00
F24B = 149.500
F2EB = 149.550
F2FB = 149.555
0300 = 149.560
0362 = 149.750
0389 = 150.00
0400 = 159.800
0401 = 159.880
0402 = 159.960
0403 = 160.040
0408 = 160.120
0409 = 160.200
040A = 160.280
040B = 160.360
1400 = 160.440
4509 = 173.00
F681 = 190.00
^^^^
8 = lsb (0-f) 5 KC PER INCREMENT
1 = (0-b) 80 KC PER INCREMENT (16 STEPS OF 5KC)
F = (0-f) 640 KC PER INCREMENT (128 STEPS OF 5KC)
6 = msb (0-f) 10.240 MHZ PER INCREMENT (2048 STEPS OF 5KC)

----------------------------------------------------------------------

TX: FFFF = disabled 0000 = 163.840
tx valid: 130.000 - 190.000

|------ (640kc)
||----- MSB (10.24mhz)
|||---- LSB (5kc)
||||--- 0,1,2,3, 8,9,A,B (80kc)
||||
BC01 = 130.000
CC89 = 131.000
AEF2 = 149.995
AE03 = 150.000
AE13 = 150.005
AEA3 = 150.050
AEF3 = 150.075
AE08 = 150.080
BE41 = 150.500
BE03 = 150.640
AF03 = 160.240
FFFB = 163.835
0000 = 163.840
0010 = 163.845
820B = 190.000

----------------------------------------

Phoenix SX VHF
Mode "A" channels: 1-8
Mode "B" channels" 11-18

default
$11 = 2 (CCT)
$19 = 1 (# of mode b channels - 1)
$f1 = 1 (# of mode a channels - 1)

Channel PL byte:
0 IF UNPROGRAMMED, OR USING CAR SQ OR TONE PL
ADD 2 IF STE IS ON
ADD 4 IF TX IS DPL
ADD 8 IF RX IS DPL

Timeout Timer values:
0=0:30 1=1:00 2=1:30 3=2:00 4=2:30 5=3:00 6=3:30 7=4:00

00 = PL byte
01 = A (always - after programmed once)
02-05 = Ch.8 RX freq
06-07 = Ch.8 RX PL
08 = ?
09 = A (always)
0A-0D = Ch.18 RX freq
0E-0F = Ch.18 RX PL

10 = 8 (always - after programmed once)
11 = Timeout timer ("Carrier Control Timer" or CCT)
12-15 = Ch.8 TX freq
16-17 = Ch.8 TX PL
18=
19 = (# of Mode B channels) - 1 (valid range 0 thru 7)
1A-1D = Ch.18 TX freq
1E-1F = Ch.18 TX PL

20 = PL byte
21 = A (ALWAYS)
22-25 = Ch.1 RX freq
26-27 = Ch.1 RX PL 00 for carrier squelch, 31 for DPL 023
28 =
29 =
2A-2D = Ch.11 RX freq
2E-2F = Ch.11 RX PL

30 = 8 (ALWAYS)
31 = 0 (ALWAYS)
32-35 = Ch.1 TX freq
36-37 = Ch.1 TX PL
38 = 8 IF UNPROGRAMMED
39 = 0 IF UNPROGRAMMED
3A-3D = Ch.11 TX freq
3E-3F = Ch.11 TX PL

40 = PL byte
41
42-45 = Ch.2 RX freq

52-55 = Ch.2 RX freq

60 = PL byte
62-65 = Ch.3 TX freq

72-75 = Ch.3 RX freq

80 = PL byte
82-85 = Ch.4 TX freq

92-95 = Ch.4 RX freq

A0 = PL byte

C0 = PL byte

E0 = PL byte
E2-E5 = Ch.7 TX freq

F1 = (# of mode A channels) - 1 (valid range 0 thru 7)
F2-F5 = Ch.7 RX freq

Ch.1 rx 118.840 nopl tx 163.840 nopl STE:off

Hex table
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
1 0 7 0 0 0 0 0 0 0 1 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
3 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
7 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
8 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
A 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
B 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
C 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
D 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
E 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
F 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0

P L
none 2 2 A 0 3 8 9 0 0 4 A F F F F 0 0
67.0 2 2 A 0 3 8 9 1 0 4 A F F F F 0 0
71.9 2 2 A 0 3 8 9 2 0 4 A F F F F 0 0
74.4 3 0
77.0 4 0
79.7 5 0
82.5 6 0
85.4 7 0
88.5 8 0
91.5 9 0
94.8 A 0
97.4 1 2
100.0 B 0
103.5 C 0
107.2 D 0
110.9 E 0
114.8 F 0
118.8 0 1
123.0 1 1
127.3 2 1
131.8 3 1
136.5 4 1
141.3 5 1
146.2 6 1
151.4 7 1
156.7 8 1
162.2 9 1
167.9 A 1
173.8 B 1
179.9 C 1
186.2 D 1
192.8 E 1
203.5 F 1
210.7 0 2
D023 2 A A 0 3 8 9 3 1 4 A F F F F 0 0
D025 5 1
D026 6 1
D031 91
D032 A1
D036 E1
D043 32
D047 72
D051 92
D053 B2
D054 C2
D065 53
D071 93
D072 A3
D073 B3
D074 C3
D114 C4
D115 D4
D116 03
D122 25
D125 55
D131 95
D132 A5
D134 C5
D143 36
D145 56
D152 A6
D155 D6
D156 E6
D162 27
D165 57
D172 A7
D174 26
D205 D5
D212 A8
D223 39
D225 59
D226 44
D243 3A
D244 E7
D245 5A
D246 6A
D251 E9
D252 AA
D255 DA
D261 79
D263 B8
D265 97
D266 6B
D271 9B
D274 CB
D306 76
D311 9C
D315 DC
D325 5D
D331 9D
D332 AD
D343 4D
D346 6E
D351 9E
D356 EE
D364 85
D365 74
D371 F8
D411 F4
D412 75
D413 B5
D423 C9
D431 2B
D432 EB
D445 29
D446 30
D452 50
D454 60
D455 70
D462 80
D464 F9
D465 E2
D466 46
D503 F6
D506 49
D516 TRANSLATES TO D654 37
D523 90
D526 A0
D532 17
D546 FC
D565 7C
D606 B6
D612 CA
D624 D3
D627 F1
D631 99
D632 35
D654 37
D662 3F
D664 4E
D703 86
D712 E5
D723 D9
D731 40
D732 47
D734 63
D743 AC
D754 E3

GE Phoenix SX - Revision history

Atomic taco: Wikify the lazy way

Rich: Created page with 'GE Phoenix SX VHF Programming GE Phoenix SX VHF Programming PROM format The PROM chip is an X2212PI GE software : no decimal points when entering freq C for carrier pl, D for …'