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ORDER NO.
ARP3079
CANAL PLUS TUNER
BCT-1510 BCT-1520 BCT-1530
THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S).
Type
NYXK/FR NYXK/FR1 NYXK/FR2 NYXK/FR3 NYXK/SP NYXK/IT NYWXKPL
TS5
TS5
Model BCT-1510 BCT-1520 BCT-1530
Power Requirement
AC230V AC230V AC230V AC230V AC230V AC230V AC230V
Remarks
CONTENTS
1. SAFETY INFORMATION ...................................... 2 2. EXPLODED VIEWS AND PARTS LIST ................ 4 3. SCHEMATIC DIAGRAM ....................................... 8 4. PCB CONNECTION DIAGRAM .......................... 28 5. PCB PARTS LIST ............................................... 34 PIONEER CORPORATION 6. ADJUSTMENT .................................................... 7. GENERAL INFORMATION ................................ 7.1 IC ................................................................. 8. PANEL FACILITIES AND SPECIFICATIONS .... 36 37 37 60
4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan PIONEER ELECTRONICS SERVICE, INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936
c PIONEER CORPORATION 2000
T ZZV SEPT. 2000 Printed in Japan
TS5, BCT-1510, BCT-1520, BCT-1530
1. SAFETY INFORMATION
This service manual is intended for qualified service technicians ; it is not meant for the casual do-ityourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty. If you are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so and refer the repair to a qualified service technician.
WARNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to cause cancer, birth defects or other reproductive harm. Health & Safety Code Section 25249.6 Proposition 65
NOTICE (FOR CANADIAN MODEL ONLY) Fuse symbols (fast operating fuse) and/or be of identical designation.
(slow operating fuse) on PCB indicate that replacement parts must
REMARQUE (POUR MODČLE CANADIEN SEULEMENT) Les symboles de fusible (fusible de type rapide) et/ou de remplacement doivent avoir la męme désignation.
(fusible de type lent) sur CCI indiquent que les pičces
(FOR USA MODEL ONLY)
1. SAFETY PRECAUTIONS
The following check should be performed for the continued protection of the customer and service technician.
ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE APPLIANCE TO THE CUSTOMER.
LEAKAGE CURRENT CHECK
Measure leakage current to a known earth ground (water pipe, conduit, etc.) by connecting a leakage current tester such as Simpson Model 229-2 or equivalent between the earth ground and all exposed metal parts of the appliance (input/output terminals, screwheads, metal overlays, control shaft, etc.). Plug the AC line cord of the appliance directly into a 120V AC 60Hz outlet and turn the AC power switch on. Any current measured must not exceed 0.5mA.
2. PRODUCT SAFETY NOTICE
Many electrical and mechanical parts in the appliance have special safety related characteristics. These are often not evident from visual inspection nor the protection afforded by them necessarily can be obtained by using replacement components rated for voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this Service Manual. Electrical components having such features are identified by marking with a on the schematics and on the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the PIONEER recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and new instructions are issued from time to time. For the latest information, always consult the current PIONEER Service Manual. A subscription to, or additional copies of, PIONEER Service Manual may be obtained at a nominal charge from PIONEER.
Device under test Test all exposed metal surfaces
Reading should Leakage not be above current 0.5mA tester
Also test with plug reversed (Using AC adapter plug as required)
Earth ground
AC Leakage Test
2
TS5, BCT-1510, BCT-1520, BCT-1530
3
TS5, BCT-1510, BCT-1520, BCT-1530
2. EXPLODED VIEWS AND PARTS LIST
NOTES:
· Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List. · The mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. · Screws adjacent to mark on the product are used for disassembly. 2.1 PACKING 12
TS5/NYXK/FR only
18 7 9 15 13 14 10
16
6
2
8
3
1
Except TS5/NYXK/FR
16(Except BCT-1520) 15 14(Except BCT-1530) 12 18 9 10 11(BCT-1530 only) 17(for BCT-1510) 17(for BCT-1530)
8 7 4 16 (BCT-1520 only)
5
1
4
TS5, BCT-1510, BCT-1520, BCT-1530
(1) PACKING PARTS LIST
Mark No.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
Description
Packing Case Pulp Mold Pad F Pulp Mold Pad R Side Pad L Side Pad R Sub Packing Case Remote Control Unit Sheet Battery (R03) 2P Instruction Manual Instruction Manual 2 Scart Cable(1m:Black) Sticker Modem Approval Sheet AC Power Cord (2m:Black) Modem Cable (10m:White) Modem Adapter Catalogue Bag
Part No.
See See See See See Contrast Contrast Contrast Contrast Contrast Table(2) Table(2) Table(2) Table(2) Table(2)
See Contrast Table(2) See Contrast Table(2) AHG1153 VEM1018 See Contrast Table(2) See Contrast See Contrast See Contrast See Contrast BDG1035 Table(2) Table(2) Table(2) Table(2)
NSP NSP
NSP NSP
See Contrast Table(2) See Contrast Table(2) BHG1047
(2) CONTRAST TABLE
TS5/NYXK/FR, TS5/NYXK/FR1, TS5/NYXK/FR2, TS5/NYXK/FR3, BCT-1510/NYXK/SP, BCT-1520/NYXK/IT and BCT-1530/NYWXKPL are constructed the same except for the following:
Part No. Mark No. Symbol and Description TS5 TS5 TS5 BCT-1510 BCT-1520 BCT-1530 Remarks TS5 /NYXK/FR /NYXK/FR1 /NYXK/FR2 /NYXK/FR3 /NYXK/SP /NYXK/IT /NYWXKPL
BHD1489 BHD1369 BHD1369 BHD1369 BHD1375 BHD1480 BHX1028 Not used Not used Not used Not used Not used BHX1029 Not used Not used Not used Not used Not used Not used BHA1146 BHA1146 BHA1146 BHA1146 BHA1146 Not used BHA1147 BHA1147 BHA1147 BHA1147 BHA1147 BHB1036 Not used Not used Not used BXD1010 BXD1010 BXD1010 BXD1010 BRC1030 BRC1021 BRC1022 BRC1026 Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used BDH1018 BAX1271 BRM1034 BDH1014 Not used Not used Not used BDH1027 Not used BRM1034 Not used Not used BDH1027 Not used BRM1034 Not used Not used BDH1027 Not used BRM1034 Not used BXD1016 Not used BRC1004 Not used Not used BXD1018 Not used Not used BRC1027 BHD1442 Not used Not used BHA1146 BHA1147 Not used BXD1037 Not used Not used Not used
1 2 3 4 5 6 7 10 10 10 10 11 12 NSP 13 NSP 14 16 NSP 17
Packing Case Pulp Mold Pad F Pulp Mold Pad R Side Pad L Side Pad R Sub Packing Case Remote Control Unit Instruction Manual (French) Instruction Manual (Spanish) Instruction Manual (Italian) Instruction Manual (Polish) Instruction Manual 2 (Polish) Scart Cable Sticker Modem Approval Sheet Modem Cable Modem Adapter
Not used Not used BRC1011 Not used Not used BRC1012 BDH1018 BDH1018 BDH1018 Not used Not used Not used BRM1035 BRM1036 Not used BDH1015 BKP1130
BDH1014 BDH1014 BDH1014 BDH1015 BDH1016 Not used Not used Not used BKP1124 Not used
5
TS5, BCT-1510, BCT-1520, BCT-1530 2.2 EXTERIOR SECTION
18 19 19
19 19
20 19 21
19
17
19 19 15
19 5
D A
19 1 19 11 3 4 19 14 13 19
19
19 16 16
C
9 19
12 2
8 6
7
B
19 10
6
TS5, BCT-1510, BCT-1520, BCT-1530
(1) EXTERIOR SECTION PARTS LIST
Mark No.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21
Description
MAIN ASSY(FRANCE) FRONT ASSY CARD ASSY POWER ASSY Fuse (0109: T2.5AH250V) Front Panel Assy Plastic Base Chassis PCB Support 21P FFC(J1) 12P FFC(J2) Rear Panel Assy Name Label Washer Faced Nut Joint Hexagon Headed screw Barrier Bonnet Case Screw Heat Sink Serial No. Label
Part No.
See Contrast Table (2) BWE1102 BWE1080 BXF1139 REK1102 See Contrast Table (2) BMA1002 BNA1151 AEC1215 BDD1042 BDD1022 See Contrast Table (2) See Contrast Table (2) BBN1005 BMR1133 BBA1059 BEC1231 See Contrast Table (2) BBZ30P080FZK BNH1049 See Contrast Table (2)
NSP
(2) CONTRAST TABLE
TS5/NYXK/FR, TS5/NYXK/FR1, TS5/NYXK/FR2, TS5/NYXK/FR3, BCT-1510/NYXK/SP, BCT-1520/NYXK/IT and BCT-1530/NYWXKPL are constructed the same except for the following:
Part No. Mark No. Symbol and Description TS5 TS5 TS5 BCT-1510 BCT-1520 BCT-1530 Remarks TS5 /NYXK/FR /NYXK/FR1 /NYXK/FR2 /NYXK/FR3 /NYXK/SP /NYXK/IT /NYWXKPL
BWE1103 BWX1144 BWX1168 BAL1400 BNE1120 BAX1145 BWE1103 BWX1144 BWX1168 BAL1414 BNE1120 BAX1145 BWE1103 BWX1144 BWX1168 BAL1415 BNE1120 BAX1145 BWE1103 BWX1144 BWX1168 BAL1416 BNE1120 BAX1145 BWE1115 BWX1145 BWX1169 BAL1401 BNE1120 BAX1181 BWE1115 BWX1191 BWX1170 BAL1402 BNE1122 BAX1189 BWE1110 BWX1146 BWX1171 BAL1403 BNE1120 BAX1250
NSP
1 6 12 13 18 21
MAIN ASSY Front Panel Assy Rear Panel Assy Name Label Bonnet Case Serial No. Label
7
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530
3. SCHEMATIC DIAGRAM
3.1 OVERALL WIRING DIAGRAM
A
CN4001-1
BKN1019
JA4001
BKB1017
CN5005
BKP1123
CN5004
BKP1122
M1001
BXF1135
CN4001-2
BKN1019
B
A ( A 1/7- A 7/7)
MAIN ASSY (TS5 : (BCT-1510 : (BCT-1520 : (BCT-1530 :
: : : : : : :
BWE1103) BWE1115) BWE1115) BWE1110)
CHDEC BLOCK DMXCPU BLOCK MEMORY BLOCK ANALOG AV BLOCK IO BLOCK MODEM BLOCK SUBPOWER BLOCK
C
B1E1103 B2E1103 B3E1103 B4E1103 B5E1103 B6E1103 B7E1103
CN2003
9604S-12C
BDD1022
FFC BDD
CN8503
9604S-12C
CARD ASSY (BWE1080)
S8003 S8006 S8002 S8001 S8004
B
D8001 BEL1037
D
CN8502
BKP1141
CN8501
C
BKP1142
S8005
8
1 2 3 4
5
6
7
8
TS5, BCT-1510, BCT-1520, BCT-1530
Note : When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or "PCB PARTS LIST".
A
CN5004
BKP1122
CN6001
BKP1137 0102
0109 REK1102 T2.5A/250V
1110 T6001 BTX1035
5110
B
6115
CN7001
BKP1120
^% $ #@! ~= -09 87 654 3 21
^%$ #@!~=-0987 654321
2170
GND GND GND +3.3V +3.3V +3.3V +5VReturn +5V +5V GND GND 5V AC_CLK +12V POW1 +24/19V GND +6V +28V
5170 7170 7180
D
POWER ASSY (BXF1139)
C
0209
FFC CABLE BDD1042
B
S8004 D8001 BEL1037
FRONT ASSY (BWE1102)
M8001 BXX1026
D
9
5 6 7 8
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530 3.2 MAIN ASSY (1/7)
A
DBS Front End
Regulator
A 7/7 A 7/7
A 7/7
A+28V
A 7/7
B
A 1/7
MAIN ASSY (1/7) CHDEC BLOCK
: : : : BWE1103) BWE1115) BWE1115) BWE1110)
(TS5 (BCT-1510 (BCT-1520 (BCT-1530
C
Regulator
A 7/7 A 7/7 A 7/7
D
10
A 1/7
1
A 7/7
2 3 4
5
6
7
8
TS5, BCT-1510, BCT-1520, BCT-1530
A
A 2/7 A 7/7
A 2/7
B IC1004 TS5/BCT-1510/BCT-1520 : TDA8083H BCT-1530 : TDA8083H/E
Domodulator and Decoder
C
A 7/7
D
5
6
7
A 1/7
8
11
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530 3.3 MAIN ASSY (2/7)
A 2/7
A
MAIN ASSY (2/7) DMXCPU BLOCK
: : : : BWE1103) BWE1115) BWE1115) BWE1110)
(TS5 (BCT-1510 (BCT-1520 (BCT-1530
A 7/7 A 3/7 A 7/7
A1
A 3/7
B
A 3/7
IC2001 TS5/BCT-1510/BCT-1520 : STI5512AWE BCT-1530 : STI5512AWE/E
Programmable Transport IC
A 7/7
C
A 7/7
A 7/7
A 6/7 A 1/7
D
A 5/7 A 7/7 A 7/7 A 7/7
12
A 2/7
1
2
3
4
5
6
7
8
TS5, BCT-1510, BCT-1520, BCT-1530
A 7/7 A 7/7 A 3/7
Not used
A
A 1/7
A 7/7 A 7/7 A 7/7 A 3/7
B
A 7/7 A 7/7
A 6/7 A 7/7
C
A 7/7 A 7/7 A 1/7,4/7,7/7 A 7/7 A 7/7 A 7/7 A 7/7 A 7/7 A 4/7 A 4/7
CN2003
D
5
6
7
A 2/7
8
C CN8503
13
A 7/7
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530 3.4 MAIN ASSY (3/7)
A 3/7
A
MAIN ASSY (3/7) MEMORY BLOCK
: : : : BWE1103) BWE1115) BWE1115) BWE1110)
Flash Memory(8M) (Boot/Data) Flash Memory(16M) (Application)
(TS5 (BCT-1510 (BCT-1520 (BCT-1530
A 7/7 A 7/7
A 7/7
A 7/7
A 2/7 A 7/7
B
A 7/7
A 7/7 A 2/7
C
D
A 2/7
14
A 3/7
1
2
3
4
5
6
7
8
TS5, BCT-1510, BCT-1520, BCT-1530
SDRAM (16M)
A 2/7 A 7/7
A
B
A 2/7
C
D
5
6
7
A 3/7
8
15
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530 (TS5 3.5 MAIN ASSY (4/7)
A 4/7
A
(BCT-1510 MAIN ASSY (4/7) (BCT-1520 ANALOG AV BLOCK (BCT-1530
: : : :
BWE1103) BWE1115) BWE1115) BWE1110)
A 7/7 A 7/7
A 2/7
A 7/7
B
A 2/7
AV Switch
A 7/7
C
A 7/7
A 2/7
D
A 7/7
16
A 4/7
1
2
3
4
5
6
7
8
TS5, BCT-1510, BCT-1520, BCT-1530
A
A 7/7 A 7/7
A 7/7
A 7/7
CN4002-2
A 7/7
B
A 7/7 A 7/7 A 7/7
CN4002-1
C
Analog Audio Out
A 7/7 A 7/7
JA4001
D
5
6
7
A 4/7
8
17
B
A
D
C
(TS5
RS-232C Driver
18
A 5/7
(BCT-1530
MAIN ASSY (5/7) (BCT-1510 (BCT-1520 IO BLOCK
: : : :
BWE1103) BWE1115) BWE1115) BWE1110)
Serial I/F
TS5, BCT-1510, BCT-1520, BCT-1530 3.6 MAIN ASSY (5/7)
Parallel I/F
A 5/7
A 7/7 A 7/7
Termination Network IC
1
1
A 2/7
2
2
A 2/7
3
3
4
4
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530
A
B
C
D
19
1 2 3 4
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530 3.7 MAIN ASSY (6/7)
A 6/7
A
MAIN ASSY (6/7) MODEM BLOCK
: : : : BWE1103) BWE1115) BWE1115) BWE1110)
(TS5 (BCT-1510 (BCT-1520 (BCT-1530
A 7/7
A 2/7 A 7/7
B
IC1006 TS5 : AMC2442ACV(0.87) BCT-1510/BCT-1520/BCT-1530 : AMC2442ACV(0.84)
IC1006
Modem Controller
A 7/7
C
D
20
A 6/7
1
2
3
4
5
6
7
8
TS5, BCT-1510, BCT-1520, BCT-1530
A
Modem IC
B
A 7/7
C
Modular Jack
D
5
6
7
A 6/7
8
21
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530 3.8 MAIN ASSY (7/7)
A 7/7
A
MAIN ASSY (7/7) SUBPOWER BLOCK
: : : : BWE1103) BWE1115) BWE1115) BWE1110)
(TS5 (BCT-1510 (BCT-1520 (BCT-1530
EEPROM
A 4/7
B
R7043
A 2/7 A 1/7,2/7,3/7
10K 1/16W
A 1/7,2/7,4/7 A 4/7 A 2/7,4/7 A 4/7
28
R7045
A 4/7,5/7,6/7 A 2/7
100K 1/16W
D 0209
C
A 1/7 A 1/7 A 1/7,2/7
28
A 1/7 A 1/7
A 2/7
D
A 1/7
22
A 7/7
1
2
3
4
5
6
7
8
TS5, BCT-1510, BCT-1520, BCT-1530
: The power supply is shown with the marked box.
A
A 2/7
Sub CPU
A 1/7 A 2/7
B
B CN8001
C
Reset IC
D
5
6
7
A 7/7
8
23
B
A
B
FRONT ASSY (BWE1102)
D
C
24
TS5, BCT-1510, BCT-1520, BCT-1530 3.9 FRONT ASSY
B
A 7/7 CN7002
1
1
2
2
SWITCHES
3
3
S8001 : S8002 : S8003 : S8004 : S8005 : S8006 :
(UP) (LEFT) PERSO(MENU) (RIGHT) (DOWN) VALIDER(ENTER)
4
4
1
2
3
4
A 2/7 CN2003
3.10 CARD ASSY
TS5, BCT-1510, BCT-1520, BCT-1530
A
B
C
CARD ASSY (BWE1080)
D
C
1
2
3
C
4
25
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530 3.11 POWER ASSY
A
6108
33n 470R
BZX79-C15
BZX79-C15
0109 REK1102
0109 0102
6109
3181 100K
F114 F115 1110 SDDF
F116 F117
BAS216
5170 CT283D3 4
D POWER ASSY (BXF1139)
3180 2108 3106 100K
T 2.5A H 250V
3103
680K
3105
L
2 1
F101 F102 F103 F104
1 2 5 6
3 4
V
4 5110 3
2106
220n
6115
2110
HCS0528
N
1 2 UF1922P4 F118 F119
S1NB80
F106
BYD33J
2121
6111
2109
68u
2107
47p
2
F107
3130
5125
2127 6128 6127 6126
6123
1M
B
3131
BAS216 3124 47R 3136 3K3 6136 BAV21 3123
7125 STP3NB60FP
0107
0125 HEATSINK
2146
BAS216
330p
2145
3164
6142 BZX79-C15
BC847B 7141
1K
220p
6137
7163 BC857B 7161 BC847B 3163 22K
7140 BC847B 2171 10u
3140 100R 3171 2K2 6150 BAV21 3147 100R
7 8
BAV21
6141
2140
C
470n
100K
3142
3141
2141
2142
470n
3150
1K8 2150
2164
100n
10n
2K2
10n
3148 2K2
2147
220p
7170 TCDT1103G
Fuse 0109 (REK1102) : Only this part is supplied as a service part..
1N4004 1N4004 1N4004
1K
2135
BAS216
220R
3162
6135
3135
33K
100n
3126
3127
1R5
1R5
220p
83R
F130 F131
1M
F108
100K
3110
15n
F105
6180
NOTE FOR FUSE REPLACEMENT CAUTION FOR CONTINUED PROTECTION AGAINST RISK OF FIRE.
D
KA43 2170 2n2
REPLACE ONLY WITH SAME TYPE AND RATINGS ONLY.
26
D
1
2
3
4
5
6
7
8
TS5, BCT-1510, BCT-1520, BCT-1530
F220
+5V Return
2290
BAS216
6180
7180 TCDT1103G F221
100n
A
AC_CLK
3290
5170 CT283D3 4 10
10K
F234 6220 BYD33J
2222 22u
3221 680R
F201
6222 6221
F202
+24V/19V
BZX79-B27 1N414B
100K
3110
2109
16
6252
270R 3202 2200 100u 3204
7204 BC636
5208 3u3
9208
F205 F206 +18_23V
47p
BYW95C/20
2
9251
2127 220p
12
BZX79 -B6V2
6222 6204
BZX79-B5V6
6250 BYW95C/20
2250 100u
+12V
3205 2K2
1K
3206 F244 7205 BC847B F231 +5V Pow1 10K F230 0209 TWG
1 2 3 4 5
B
1N4004 1N4004 1N4004
6126
11
6202 BYV27-200
2205 220u
+5Va 5200 F209 F210 22u
6127
6128
14
+3.3V +8Va
18
6210
2210 220u
5210 3u3
F213
2211
F214
10u
6
+6V +5V Return +5V
7 8 9 10 11 12
BYV27-200
17
6225 BYD33D
2223 100u
5220 F217 F218 4.7 100u
6226 BZX79-C4V7
F232 -5V -5V
8
13
AC_CLK 5230 F226 F227 2u2 +3.3V
2231 100u
A 7/7 CN7001
7 13
F241 F242 Pow1
6230
2230 3230
14 15 16
C
+12V
SB340
2m2
47R
+24V/19V
17 18
F233
15
+8Va
100R 3273
+8Va
3274 4K7
+5Va
470R 3278
+6V
19
+28V F222
3277
7170 TCDT1103G
F223
1
2275 33n
3275 10K F245 F246
3276 4K7
7275 KA431LZTA 2170 2n2
2
3
4K7
0207
D
5
6
7
D
8
27
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530
4. PCB CONNECTION DIAGRAM
4.1 FRONT ASSY
A
B FRONT ASSY
SIDE A
NOTE FOR PCB DIAGRAMS :
1. Part numbers in PCB diagrams match those in the schematic diagrams. 2. A comparison between the main parts of PCB and schematic diagrams is shown below.
Symbol In PCB Diagrams Symbol In Schematic Diagrams B C E B C E Part Name
B C E B B C E D D G S G S D G S C E B C E
Transistor
Transistor with resistor
Field effect transistor
Resistor array
3-terminal regulator
B
3. The parts mounted on this PCB include all necessary parts for several destinations. For further information for respective destinations, be sure to check with the schematic diagram. 4. View point of PCB diagrams.
Connector
Capacitor
SIDE A
P.C.Board
Chip Part
SIDE B
C
A CN7002
D
(BNP1353-B)
28
B
1
2
3
4
1
2
3
4
4.2 CARD ASSY
TS5, BCT-1510, BCT-1520, BCT-1530
A
C CARD ASSY
SIDE A
B
(BNP1335-C)
A CN2003
C
D
1
2
3
C
4
29
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530 4.3 MAIN ASSY
A
A
MAIN ASSY
TUNER MODULE VCR SCART TV SCART
B
C
C CN85
Q1001 Q1011 Q1008 D IC1004 Q1006 Q1003 Q1004 Q1007 Q1002 IC1001 Q4008 Q4007 Q4015 Q4011 Q4004 Q4003 Q4002 Q4001 IC1003 IC4001 Q1009 Q2011 IC2003 IC3005 Q2003 Q2005 Q2004 Q2002 Q2011 IC2002 IC8001 IC2001 IC3
30
A
1
2
3
4
5
6
7
8
TS5, BCT-1510, BCT-1520, BCT-1530
RCA PIN JACK
D-SUB 25PIN IEEE 1284
MODULAR JACK
D-SUB 9PIN RS232C
SIDE A
A
B
C
(BNP1354-D)
C CN8503
IC5007 Q4010 IC8001 IC4003 IC4002 IC3001 IC3002 IC3006 IC3003 IC3007 Q4009
B CN8001
Q6007 Q6006 IC6002 IC6003 Q6002 Q6001 Q6005 IC6006 IC7002 Q7010
D 0209
D
IC6004 IC6001 IC6007 IC5006 IC6005 Q6003 IC7001 IC7003 Q7001 Q7003 Q7002 Q7005 Q7004 Q7013 Q7016 Q7014 Q7011 Q7012
5
6
7
A
8
31
1
2
3
4
TS5, BCT-1510, BCT-1520, BCT-1530
A
A
MAIN ASSY
B
C
D
32
A
1
2
3
4
5
6
7
8
TS5, BCT-1510, BCT-1520, BCT-1530
SIDE B
A
B
C
(BNP1354-D)
D
5
6
7
A
8
33
TS5, BCT-1510, BCT-1520, BCT-1530
Mark No. Description Part No. Mark No. Description Part No. NOTES: · Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List. · The mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. · When ordering resistors, first convert resistance values into code form as shown in the following examples. Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47k ohm (tolerance is shown by J=5%, and K=10%). 561 ........................................................ RD1/4PU 5 6 1 J 560 56 × 101 473 ........................................................ RD1/4PU 4 7 3 J 47k 47 × 103 0.5 R50 ..................................................................................... RN2H R 5 0 K 1 1R0 ..................................................................................... RS1P 1 R 0 K Ex.2 When there are 3 effective digits (such as in high precision metal film resistors). 5621 ...................................................... RN1/4PC 5 6 2 1 F 5.62k 562 × 101
5. PCB PARTS LIST
CONTRAST OF PCB ASSEMBLIES
Part No. Mark Symbol and Description TS5 NYXK/FR NYXK/FR1 NYXK/FR2 NYXK/FR2
BWE1103 BWE1102 BWE1080 BXF1139
BCT-1510 NYXK/SP
BCT-1520 NYXK/IT
BCT-1530 NYWXKPL
Remarks
MAIN ASSY FRONT ASSY CARD ASSY POWER ASSY
BWE1115 BWE1102 BWE1080 BXF1139
BWE1115 BWE1102 BWE1080 BXF1139
BWE1110 BWE1102 BWE1080 BXF1139
A
MAIN ASSY
Part No.
BWE1103, BWE1115 and BWE1110 are constructed the same except for the following:
Mark Symbol and Description BWE1103
IC1004 IC2001 IC6006
Remarks BWE1115 BWE1110
TDA8083H TDA8083H TDA8083H/E STI5512AWE STI5512AWE STI5512AWE/E AMC2442ACV(0.87) AMC2442ACV(0.84) AMC2442ACV(0.84)
MAIN ASSY IC3002 CONTRAST TABLE
IC3002 (16M FLASH Memory) is different according to the model types as the following tabel.
Part No. Mark Symbol and Description TS5 TS5 TS5 BCT-1510 BCT-1520 BCT-1530 Remarks TS5 /NYXK/FR /NYXK/FR1 /NYXK/FR2 /NYXK/FR3 /NYXK/SP /NYXK/IT /NYWXKPL
BGC1059-A-AV BGC1060-A-AV BGC1061-A-AV BGC1062-A-AV BGC1063-A-AV BGC1064-A-AV BGC1065-A-AV
IC3002 (16M FLASH Memory)
Mark No.
Description
Part No.
Mark No.
IC4003 IC3003 IC5007 IC7001 IC7003
Description
Part No.
NJM4558MD NT56V1616A0T-8 PACS1284-04Q PE5181A PST9124N SN74ACT08PWR STI5512MWD BGC1058-A-AV See IC3002 Contrast table TC7SZ126FU TDA8083H TL431CLP TLP127 TLP181(GR)
A MAIN ASSY
SEMICONDUCTORS
IC6005 IC2003 IC6006 IC1003 IC7002 IC4002 IC4001 IC5006 IC3005 IC1001 73K324BL-IH 74LVU04PW AMC2442ACVF(0.87) BA05SFP CAT24WC16JI CS4335-KS CXA2161R HIN211CB HYB39S16160AT-10 NJM317DL1
IC2002 IC2001 IC3001 IC3002 IC3006 IC1004 IC6004 IC6001 IC6007
34
TS5, BCT-1510, BCT-1520, BCT-1530
Mark No. Description Part No.
2SA1576A 2SC2411K 2SC4081 2SD1760 DTA124EUA DTA143EUA DTB113ZK DTC123TKA DTC124EUA DTC144TUA TPC8201 TPC8301 UMA10N UMD2N UMG1N 1SS355 DAP202U HVU356 PDZ12B PDZ4.7B PDZ5.6B PDZ8.2B PTZ43A RB160L-40 RB501V-40 RD4.3MW S1ZB60-4072 UMZ12N 2322 594 51516
Mark No.
Description
Part No.
CKSRYB103K50 CKSRYB103K50 CKSRYB104K16 CKSRYB104K16 CKSRYB153K50 CKSRYB273K16 CKSRYB332K50 CKSRYB333K25 CKSRYB471K50 CKSRYB473K16 CKSRYF104Z16 CKSRYF104Z16 CKSRYF104Z16 CKSRYF104Z16 CKSRYF104Z16 CKSRYF104Z16 CKSRYF104Z16 CKSRYF104Z16 CKSRYF224Z16 CKSRYF474Z16
Q1002,Q2003,Q7001 Q2001,Q2002 Q1008,Q2011,Q6004,Q7013 Q6002 Q6001,Q7010 Q4015 Q7002-Q7005 Q4001,Q4002,Q4009,Q4010 Q1001,Q1003-Q1007,Q7012,Q7016 Q6005 Q7011 Q1011 Q2005 Q2004 Q7014 D1002,D5004,D7003 D7004 D2001 D4011,D4013,D4014 D2007,D7005 D2005 D2004 D6003 D1004 D1001,D2002,D2003 D6004 D6001 D4003-D4010,D4012 VA6002
C1016,C2031,C2033,C2035,C2037 C2060,C4011,C4024,C4025 C1019,C1024-C1026,C4038,C4041 C4044-C4049 C1032 C6008 C1001 C6012 C2059,C2061,C7007,C7008 C7016,C7017 C1017,C1018,C1020-C1023 C1027-C1031,C2003,C2015,C2032 C2038-C2050,C3001-C3005 C3007-C3009,C4018-C4021,C4030 C4050,C4052,C4056-C4059 C5031-C5035,C6001,C6003-C6005 C7005,C7006,C7009,C7011,C7013 C7015,C7020,C7022 C2063,C2065 C1004,C1005,C2017
RESISTORS
R5020,R5021 (680/1/2W) R6017 (82/1/2W) R6018 (47/1/2W) R2146,R7001,R7013 R2022,R2054 R7015,R7016 R7002 R2001 R2017 R1011,R1013,R1033 R2024,R2025,R7024,R7025,R7029 R7042 R2018 R7026,R7027 R1010 R1012 R4020-R4022,R4025,R4026 R2079,R2081 R1005,R1006 Other Resistors BCN1046 BCN1060 BCN1063 RAB4C102J RAB4C103J RAB4C181J RAB4C333J RD1/2VM3R3J RS1/10S331J RS1/10S3601F RS1/10S471J RS1/10S681J RS1/10S750J RS1/10S821J RS1/16S1200F RS1/16S1202F RS1/16S2000F RS1/16S9101F RS1/2S1R8J RS1/16S J
COILS AND FILTERS
F6003 L1001,L4001 T6001 L2005 L2002,L2004 BTF1087 BTH1065 BTX1035 BTX1036 DTL1038
CAPACITORS
C6016 (470pF/AC250V) C7001 (0.047F/5.5V) C4022,C4023 C4028,C4029 C7002,C7003 C2005-C2008,C2013,C2014,C2018 C1010,C1011,C2010,C2011,C2019 C6006,C6007 C1009,C4031,C6011,C6013 C7004,C7019 C5001 C7018 C4053 C1008,C1012 C7014 C4036,C4037 C4051 C4010 C7021 C4062 C4039,C4040,C4042,C4043 C4060,C4061 C2034,C2058,C4001-C4008 C4016,C4017,C6002 C1002,C1006,C1007,C1013,C1014 BCG1026 BCH1072 CCSRCH101J50 CCSRCH181J50 CCSRCH220J50 CCSRCH221J50 CCSRCH330J50 CCSRCH390J50 CEAK100M50 CEAK101M10 CEAK101M25 CEAK221M10 CEAK221M25 CEAK470M16 CEAK471M10 CEANP100M50 CEAT100M50 CEAT470M16 CEAT470M50 CEAT4R7M50 CKSQYB684K10 CKSQYB684K10 CKSRYB102K50 CKSRYB102K50 CKSRYB103K50
OTHERS
M1001 CN2003 CN7002 JA4001 CN4002 CN7001 CN5004 CN5005 CN6001 X1001 X2002 X7002 X7001 X6001 DBS Front End 12P FFC Connector 21P FFC Connector 2P Pin Jack SCART Connector 19P Plug DSUB 9P Connector DSUB 25P Connector 4P Modular Jack Ground Plate (4MHz) (27MHz) (32.768kHz) (8.0MHz) (11.0592MHz) BXF1135 9604S-12C 9604S-21C BKB1017 BKN1019 BKP1120 BKP1122 BKP1123 BKP1137 BNK1081 BSS1056 BSS1061 BSS1091 BSS1097 BSS1099 PKX1001
KN6003-KN6006 Jumper Terminal
35
TS5, BCT-1510, BCT-1520, BCT-1530
Mark No. Description Part No. Mark No. Description Part No.
B FRONT ASSY
SEMICONDUCTORS
D8001 BEL1037
SWITCHES AND RELAYS
S8001-S8006 ASG7013
RESISTORS
R8001 (27k/1/4W) BCN1056
OTHERS
M8001 CN8001 Remote Sensor Unit 21P FFC Connector BXX1026 9607S-21F
C CARD ASSY
CAPACITORS
C8501-C8504 CKCYF103Z50
RESISTORS
R8502 (100/1/4W) BCN1057
OTHERS
CN8503 CN8502 CN8501 12P Connector 8Pin CARD Connector 16Pin CARD Connector 9604S-12F BKP1141 BKP1142
D
POWER ASSY
This ASSY has no service part as a assy part. Only the fuse(0109:REK1102) is the service part as a set part. Refer to page 7.
6. ADJUSTMENT
There is no information to be shown in this chapter.
36
7.1 IC
TDA8083H
¶ List of IC
SDA XTALI XTALO
85 86 58 57 56 64 71 63 62 69 70
SCL
A0
SDAT
SCLT
P5 to P0 TDI TDO TCK TMS TRST
·Block Diagram
53
52
55
65
21 to 24 26,27
AMC2442ACVF(0.87)
I2C-BUS CONTROL BOUNDARY SCAN TEST oscillator and PLL DATA I/O EXPANDER
I2C TUNER SWITCH
Lock Detectors
DLOCK VLOCK RSLOCK
PE5181A
· Demodulator and Decoder
TDA8083
STI5512MWD
I0 to I6
Anti-Aliasing filtering Interpolation Square Root Raised cosine
28 50
99, 100,1 2, 6, 7, 8
FINE AGC CONTROL SYNCHRONIZATION
MUX
80
PDOCLK PDOSYNC
29, 30, 31 33, 34, 35 PDO0 38, 45 to 48
IA
ADC
DIGITAL DIGITAL PHASE ROTATOR PHASE ROTATOR
TDA8083H (MAIN ASSY(1/7) : IC1004)
VAGC RECOVERY
94
COARSE
CLOCK
7. GENERAL INFORMATION
CXA2161R
AGC
FINE AGC
PDO7 PDOERR
49
DEINTERLEAVER
VITERBI DECODER
REED-SOLOMON DECODER
ENERGY DISPERSAL REMOVAL
QA Anti-Aliasing filtering Interpolation Square Root Raised cosine
78
ADC
PDOVAL
MUX
Q0 to Q6
9, 11, 12, 13 14, 16, 17
61
TEST
4
CS4335-KS
DTO CONTROL (AFC LOOP)
CARRIER RECOVERY
TPLL
DTO CONTROL
CARRIER RECOVERY (PHASE LOOP)
20
PRESET GENERAL PURPOSE CONVERTER
98
INTERRUPT CONTROL
POWER-ON RESET
39
DISEQC AND TONE BURST
91
73K324BL-IH
54
· The information shown in the list is basic information and may not correspond exactly to that shown in the schematic diagrams.
INT
OUTSD
POR
DISCTRL
TS5, BCT-1510, BCT-1520, BCT-1530
37
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (1/3)
PIN 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 SYMBOL I2 I3 VSSD1 TPLL VSSD2 I4 I5 I6 Q0 VDDD1 Q1 Q2 Q3 Q4 VSSD3 Q5 Q6 VSSD4 VDDD2 PRESET P3 P2 P1 P0 VDDD3 P5 P4 PDOCLK PDO0 PDO1 PDO2 VSSD5 PDO3 PDO4 PDO5 VSSD6 VSSD7 PDO6 I/O I I - I - I I I I - I I I I - I I - - I I/O I/O I/O I/O - I/O I/O O O O O - O O O - - O digital I-input bit 2 digital I-input bit 3 DESCRIPTION (ADC bypass) (ADC bypass)
digital ground 1 (core and input periphery) test pin (normally connected to ground) digital ground 2 (core and input periphery) digital I-input bit 4 digital I-input bit 5 digital I-input bit 6 digital Q-input bit 0 digital Q-input bit 1 digital Q-input bit 2 digital Q-input bit 3 digital Q-input bit 4 digital Q-input bit 5 digital Q-input bit 6 (ADC bypass) (ADC bypass) (ADC bypass - MSB) (ADC bypass - LSB) (ADC bypass) (ADC bypass) (ADC bypass) (ADC bypass) (ADC bypass) (ADC bypass - MSB)
digital supply voltage1 (core and input periphery)
digital ground 3 (core and input periphery)
digital ground 4 (output periphery) digital supply voltage 2 (core and input periphery) set device into default mode quasi-bidirectional I/O port (bit 3) quasi-bidirectional I/O port (bit 2) quasi-bidirectional I/O port (bit 1) quasi-bidirectional I/O port (bit 0) digital supply voltage 3 (output periphery) quasi-bidirectional I/O port (bit 5) quasi-bidirectional I/O port (bit 4) output clock for transport stream bytes parallel data output (bit 0) - Serial data output parallel data output (bit 1) parallel data output (bit 2) digital ground 5 (output periphery) parallel data output (bit 3) parallel data output (bit 4) parallel data output (bit 5) digital ground 6 (core and input periphery) digital ground 7 (core and input periphery) parallel data output (bit 6)
38
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (2/3)
PIN 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 SYMBOL POR VDDD4 VDDD5 VSSD8 VDDD6 VDDD7 PDO7 n.c. VSSD9 PDOERR PDOVAL PDOSYNC VSSD10 SCL SDA INT A0 RSLOCK VLOCK DLOCK VDDD8 VDDD9 TEST TRST TCK SCLT SDAT VDDD10 VSSD11 VSSD12 TMS TDO TDI VDDD11 VSSD13 VSSD(AD) VDDD(AD) Vref(B) VSSA1 QA Vref(Q) I/O - - - - - O - - O O O - I I/O O I O O O - - I I I I/O - - - I O I - - - - O - I O Power-on Reset digital supply voltage 4 (output periphery) digital supply voltage 5 (core and input periphery) digital ground 8 (core and input periphery) digital supply voltage 6 (core and input periphery) digital supply voltage 7 (output periphery) parallel data output (bit 7) not connected digital ground 9 (core and input periphery) transport error indicator data valid indicator transport packet synchronization signal digital ground 10 (output periphery) serial clock of I2C-bus serial data of I2C-bus interrupt output (active LOW) I2C hardware address Reed-Solomon lock indicator Viterbi lock indicator Demodulator lock indicator digital supply voltage 8 (core and input periphery) digital supply voltage 9 (core and input periphery) test pin (normally connected to ground) BST optional asynchronous reset (normally connected to ground) BST dedicated test clock (normally connected to ground) serial clock of I2C-bus loop-through serial data of I2C-bus loop-through digital supply voltage 10 (core and input periphery) digital ground 11 (output periphery) digital ground 12 (core and input periphery) BST input control signal (normally connected to ground) BST serial test data out BST serial test data in (normally connected to ground) digital supply voltage 11 (core and input periphery) digital ground 13 (core and input periphery) digital ground A/D converter digital supply A/D converter bottom reference voltage for ADC analog ground 1 analog input Q AGC decoupling - Q path DESCRIPTION
39
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (3/3)
PIN 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 Note 1. Pins I0 to I6, Q0 to Q6, SCL, SDA, INT, SCLT, SDAT, VAGC and OUTSD are 5V tolerant. 2. The structure of I/O's and the maximum output drive are specified in Section 12 SYMBOL IA VSSA2 Vref(I) VDDA VDDXTAL XTALI XTALO VSSXTAL VDDD12 VDDD13 VSSD14 DiSCTRL VSSD15 VSSD16 VAGC n.c. VDDD14 VDDD15 OUTSD I0 I1 I/O I - O - - I O - - - - O - - O - - - O I I analog input I analog ground 2 AGC decoupling - Ipath analog supply voltage supply voltage for crystal oscillator crystal oscillator input crystal oscillator output ground for crystal oscillator digital supply voltage 12 (core and input periphery) digital supply voltage 13 (core and input periphery) digital ground 14 (core and input periphery) 22 kHz / 44kHz output for dish control applications digital ground 15 (output periphery) digital ground 16 (core and input periphery) Tuner AGC output not connected digital supply voltage 14 (output periphery) digital supply voltage 15 (core and input periphery) Sigma Delta Output digital I-input bit 0 digital I-input bit 1 (ADC bypass - LSB) (ADC bypass) DESCRIPTION
40
TS5, BCT-1510, BCT-1520, BCT-1530
STI5512MWD (MAIN ASSY(2/7) : IC2001)
· Programmable Transport IC ·Block Diagram
Block move DMA
ST20 CPU
Programmable transport interface
2 Kbytes instruction cache and 2 Kbytes data cache
IEEE 1394 link layer interface IEEE 1284 interface
4 Kbytes SRAM
EMI
Interrupt controller
MPEG audio and external decoder I/F
1 OS-Link 2 UARTs 2 I2C 3 PWM
MPEG video decoder
Diagnostic controller and system services
PAL/NTSC/ SECAM encoder
2 SmartCard interfaces (ASC)
Teletext interface
41
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (1/5) Signal names are prefixed by not if they are active low; otherwise they are active high.
Pin VDD GND VClamp1-31 VDDA0-1 VSSA0-1 RTCVDD VDD_VPLL VSS_VPLL Number 13 16 3 2 2 1 1 1 Function Power supply Ground Power supply for clamp diodes Analog power supply for PAL/NTSC/SECAM encoder Analog ground for PAL/NTSC/SECAM encoder Real time clock supply Analog power supply for video PLL Analog ground for video PLL Table 1 Power supply pins 1. The VClamp pins are a power supply bus used to diode clamp the voltage on 5V tolerant digital input or output pins to. The voltage on the digital signal pin is then clamped to within VImax (5.5V) if the applied voltage is increased above 5V. If the device is to be interfaced to 3.3V logic signals only, then the VClamp pins can be connected to the STi5512 3.3V VDD power supply. However if any pin is to be interfaced to a 5V logic signal, then the VClamp pins must be connected to the 5V power supply (the 5V logic device power supply). Note in this case the 5V power supply must be capable of sinking the clamp current of transient signals above 5V. In the latter case it is important to ensure the correct power supply ramp sequence. The VClamp power supply must be applied before or at the same time as the VDD 3.3V power supply. This is to ensure that during power supply power up and power down, VClamp > VDD + 0.5V.
Pin R_OUT1 G_OUT1 B_OUT21 C_OUT1 CV_OUT1 Y_OUT1 I_REF_DAC_RGB1 I_REF_DAC_YCC1 V_REF_DAC_RGB1 V_REF_DAC_YCC1 OSD_ENABLE notHSYNC ODD_OR_EVEN YC0-72 CFC
In/Out out out out out out out in in in in in/out in/out in/out output input
Function Red output Green output Blue output Chroma output Composite video output Luma output DAC current reference DAC current reference DAC voltage reference DAC voltage reference OSD enable Horizontal sync Vertical sync Digital YUV output DENC color burst phase and frequency control. This pin can be used in non-scart based Genlock applications. If it is not used, this pin must ground. Table 2 Video output interface pins
42
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (2/5)
1. The digital encoder video outputs are analogue signals and are not 5V tolerant. The same applies to the video DAC voltage and current reference pins. 2. The YC0 pin is tri-stated during reset and then sampled at the end of the reset to determine whether the EMI pins are in STi5510 or STi5512 mode. If the YC0 pin is sampled high (i.e at VDD) then the STi5510 mode is selected for the EMI pins and a low value selects STi5512 mode. In STi5512 mode the address shift for bank 3 is dependent on the boot bank width and the strobe pins are tri-stated when the EMI bus is granted to an external DMA device. External 10K pull-up or pulldown resistors should be fitted to the YC0 according to the functionality desired. If this pin is left not connected, the pin will be pulled high by an internal pull-up and will default the EMI pins to STi5510 mode.
Pin SCLK/A_C_STB PCM_DATA/A_C_DATA PCMCLK LRCLK/A-WORD_CLK notA_C_REQ notA_PTS_STB i
In/Out out out in/out out n in
Function Serial clock or AC-3 data strobe PCM data out or AC-3 data out PCM clock Left/right clock or AC-3 word clock AC-3 data request AC-3 audio PTS strobe
Table 3 AC-3/MPEG1 audio output interface pins Pin Interrupt0-1 In/Out in Function Interrupt Table 4 External interrupt pins Pin ClockIn SpeedSelect0-1 notRST CPUAnalyse / TrigIn CPUReset ErrorOut / TrigOut1 In/Out in in in in in in/out, out Function System input clock - PLL or TimesOneMode PLL speed selector System reset Error analysis / External trigger input to DCU Soft reset for analyzing from OS-Link Error indicator / Signal to trigger external debug circuitry (e.g. LSA)
Table 5 System services pins 1. This pin is tri-stated during reset and then sampled at the end of the reset to determine whether the OS-Link is active and to determine the function of the shared CPUAnalyse / TrigIn and the ErrorOut / TrigOut, as described in the System Services chapter. If the ErrorOut pin is sampled high (i.e at VDD) then the DCU signals (TrigIn and TrigOut) are selected and a low value indicates OS-Link signals (i.e. CPUAnalyse, ErrorOut) are to be used. External 10K pull-up or pull-down resistors should be fitted to the ErrorOut according to the functionality desired.
43
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (3/5)
Pin MemAddr2-23 MemData0-31 MemRdnotWr MemReq MemGrant MemWait notMemCAS1 notMemCAS3 notMemRAS0 notMemRAS1 notMemRAS2 notMemRAS3 notMemCSROM notSDRAMCS0 notMemOE notMemBE0-3 notMemCS2 BootSource0-1 ProcClockOut i notMemCAS0,2 out in out n out out out out out out out out out out out out in out out in/out In/Out Function Address bus Data bus. MemData0 is the least significant bit (LSB) and MemData31 is the most significant bit (MSB). ReadnotWrite strobe Direct memory access request Direct memory access granted Memory cycle extender CAS strobes for SDRAM/DRAM in Banks 0 and 1 CAS strobe for DRAM or SDRAM clock CAS strobe for DRAM or sub-bank chip select for bank 3 RAS strobe for SDRAM/DRAM in Bank 0, chip select for Bank0 or RAS strobe for lowest DRAM sub-bank in Bank0 RAS strobe for highest DRAM sub-bank in Bank0 or SDRAM Chip select signal for highest sub-bank of Bank0 RAS strobe for SDRAM/DRAM in bank 1, chip select for Bank1 or RAS strobe for lowest DRAM sub-bank in Bank1 RAS strobe for highest DRAM sub-bank in Bank1 or SDRAM Chip select signal for Bank1 Chip select strobe for ROM in bank3. SDRAM Chip select signal for Bank0 or lowest sub-bank of Bank0 Output enable strobe - banks 0-3. Byte enable strobes - banks 0-3. Chip select strobe for memory in bank 2. Boot from ROM or from link. Processor clock. Table 6 STi5512 External memory interface pins Pin AD0-12 DQ0-15 notSDCS0 notSDCS1/AD13 notSDCAS notSDRAS notSDWE MEMCLKIN MEMCLKOUT DQML DQMU out out out in out out out out in/out out out In/Out Function SDRAM address bus SDRAM data bus (lower byte) SDRAM chip select for first SDRAM SDRAM chip select for second SDRAM or AD13 SDRAM CAS SDRAM RAS SDRAM write enable SDRAM memory clock input SDRAM memory clock output DQ mask enable (lower) DQ mask enable (upper) Table 7 Shared SDRAM interface pins
44
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (4/5)
Pin LPClockIn1 LPClockOsc1 AUX_CLK_OUT In/Out in in/out out Function Low power input clock Low power clock oscillator Auxiliary clock for general use
Table 8 Low power controller and real time clock pins
1. The low power clock pins are not 5V tolerant.
Pin PIO0[0-7] PIO1[0-7] PIO2[0-7] PIO3[0-7] PIO4[0-7] In/Out in/out in/out in/out in/out in/out Function Parallel input/output pin or alternative function (see Table 15 ) Parallel input/output pin or alternative function (see Table 15 ) Parallel input/output pin or alternative function (see Table 15 ) Parallel input/output pin or alternative function (see Table 15 ) Parallel input/output pin or alternative function (see Table 15 ) Table 9 PIO pins Pin LinkIn LinkOut In/Out in out Function Serial data input channel Serial data output channel Table 10 OS-Link pins Pin TSInByteClk TSInByteClkValid TSInData0-7 TSInError TSInPacketClk In/Out in in in in in Function Link IC byte clock Link IC byte clock valid edge Link IC data Link IC packet error Link IC packet strobe Table 11 Transport stream input pins Pin TtxtEvennotOdd TtxtHsync In/Out in in Function Teletext even not odd vertical sync signal The HSYNC signal input when the teletext interface is operating in the input mode Table 12 Teletext interface
45
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (5/5)
The teletext clock and data inputs are shared PIO pins, as shown in Table 15 . High speed data port pins have a dual function, and can be used either to interface to an external IEEE 1394 link layer controller or provide an IEEE 1284 parallel port interface.
Pin 1284Data0-7 / AVData0-7 1284notSelectIn 1284notInit / AVPacketTag3 1284notFault / AVPacketTag2 1284notAutoFd / AVPacketTag1 1284Select / AVPacketTag0 1284PError / AVByteClkValid 1284Busy / AVPacketClk 1284notAck / AVByteClk 1284notStrobe/AVPacketError In/Out in/out in in out in out out, in/out out, in/out out in Table 13 High-speed data port pins Pin TDI TDO TMS TCK notTRST In/Out in out in in in Function Test data input Test data output Test mode select Test clock Test logic reset Table 14 TAP pins Function IEEE 1284 port data or AV data IEEE 1284 port control signals or AV signals
PIO pins and alternative functions
To improve flexibility and to allow the STi5512 to fit into different set-top box application architectures, the input and output signals from some of the peripherals are not directly connected to the pins of the device. Instead they are assigned to the alternative function inputs and outputs of a PIO port bit. This scheme allows these pins to be configured as general purpose PIO if the associated peripheral input or output is not required in that particular application. Table 17 shows the assignment of the alternative functions to the PIO bits. Parentheses ( ) in the table indicate suggested or possible pin usages as a PIO, not an alternative function connection.
Port Alternative function of PIO pins bit PIO port 0 PIO port 1 0 1 2 3 4 5 6 7 ASC0TxD or Sc1DataOut ASC0TRxD or Sc1DataIn Sc1ClkGenExtClk Sc1Clk (Sc1RST) (Sc1CmdVcc) (Sc1CmdVpp) Sc1Dir (Sc1Detect) SSC0 MTSR SSC0 MRST SSC0 SClk PWMOut0 PWMOut1 ASC1TxD ASC1RxD PWMOut2
PIO port 2 ASC2TxD or Sc0DataOut ASC2RxD or Sc0DataIn Sc0ClkGenExtClk Sc0Clk (Sc0RST) (Sc0CmdVcc) (Sc0CmdVpp) Sc2Dir (Sc0Detect)
PIO port 3 SSC1 MTSR SSC1 MRST SSC1 SClk CaptureIn0 CaptureIn1 CaptureIn2 CompareOut2 1284InnotOut
PIO port 4 ASC3TxD ASC3RxD TtxtClockIn 1284PeriphLogicH/ASC3 CTS 1284HostLogicH/ASC3 RTS Interrupt2 Interrupt3 TtxtData
46
Table 15 Alternative function of PIO pins
TS5, BCT-1510, BCT-1520, BCT-1530
CXA2161R (MAIN ASSY(4/7) : IC4001)
· AV Switch
·Block Diagram(1/2)
Video and Digital section
Typical Connection Typical Connection
FBLK_SW +5V 0V DIG VCR DIG BLUE VCR BLUE DIG GREEN / CVBS VCR GREEN DIG RED / CHROMA DIG CHROMA VCR RED / CHROMA AUX CHROMA DIG CVBS / LUMA DIG CVBS / LUMA VCR CVBS / LUMA TV CVBS AUX Y/CVBS FBLK_IN1 FBLK_IN2 VIN1 VIN2 VIN3 VIN4 VIN5 VIN6 VIN7 VIN13 VIN8 VIN9 VIN10 VIN11 VIN12 10 12 VIDEO SWITCH1 (TV) 50 7 51 6 52 53 5 1 54 55 4 3 56
DC Restore DC Restore
9
TV_FBLK
x2
Output disable
47
VOUT1
T.V BLUE
DC Restore / Tip DC Restore
x2
Output disable
46
VOUT2 T.V GREEN
T.V
45 VOUT3 T.V RED / C
DC Restore / C Bias C Bias DC Restore / C Bias C Bias Clamp Cntl Tip Tip Tip Tip Tip
x2
Output disable
RGB Gain Control (+1,2,3dB)
x2
Output disable
44
VOUT4
T.V CVBS / Y
MIX_SW
SYNC_ID AUD_BIAS VID_BIAS +5V/12V_VCCA -5V_GNDA +5V_DIG GND_DIG +5V_VOUT GND_VID +5V_VID +12V_DIG
2 18 49 24 21 14 8 44 40 48 15
Sync Detect
x2
Output disable & Bi-direction Control
41
VOUT5 VCR CHROMA
VCR
x2
Output disable 39 VOUT6 VCR CVBS / Y
Bias
Mute
37
TRAP VOUT7 (CVBS)
VIDEO SWITCH2 (VCR)
MIX_SW
x2
38
RF MOD
SDA SCL
34 35
0/6/12V
11
FNC_TV
T.V.
VCR
FNC_VCR
13 0/6/12V
Monitor 3.3V or 5V Fast Mode Compatible
Interrupt Control LOGIC
36 33
INTERRUPT LOGIC
MICRO
Note: All video outputs contain 75 drivers, except Vout7.
47
RIN 3 (TV/OVERLAY) 2dB
Overlay on/off -16dB
LIN 3 (TV/OVERLAY)
48
Audio section
Mono Switch
6dB 32
MONO To RF Modulator
Vol Bypass(Phono) VOLUME CONTROL & MUTE
Overlay on/off -16dB Vol Bypass(T.V.) Limiter 2.2Vrms
AUDIO SWITCH1 (TV)
6dB
31
PHONO_R
TS5, BCT-1510, BCT-1520, BCT-1530 ·Block Diagram(2/2)
RIN 1 (DIG)
23
-6/-3/0/+3dB
RIN 2 (VCR)
20
-6dB
6dB
26
RTV
17
-6/-11dB
RIN 4 (AUX)
42
-6dB
ZCD
2dB
Limiter 2.2Vrms R/L and Mono switching Vol Bypass(T.V.)
TV
6dB 25 LTV
LIN 1 (DIG)
22
-6/-3/0/+3dB
LIN 2 (VCR)
19
-6dB
16
-6dB
LIN 4 (AUX) Volume Control +6 to -56 dB Tone mix AUDIO SWITCH2 (VCR)
29
-6dB
6dB
Vol Bypass(Phono)
30
PHONO_L
6dB
28
ROUT1
VCR
6dB 27 MONO & R/L SWITCH LOUT1
Bias Mute
Output Disable
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (1/3)
Pin Num Symbol Pin Voltage (V) Equivalent Circuit
VCC
Description
50 7 6
VIN_1 VIN_2 VIN_4
6
2.4
7 50
150
RGB signal inputs
2.4 51 VIN_3 2.35 2.4 52 5 VIN_5 VIN_7 3.0
5 52 51
VCC 150
RGB signal input OR CVBS signal input
VCC 20k 150
RGB signal inputs OR Chrominance signal inputs
VCC
53 1
VIN_6 VIN_13
3.0
1 53 150
20k
Chrominance signal inputs
54 55 4 3 56
VIN_8 VIN_9 VIN_10 VIN_11 VIN_12
VCC 54
2.35
55 56
3 4
150
CVBS / Luminance signal inputs
47 46 45 43 39
VOUT_1 VOUT_2 VOUT_3 VOUT_4 VOUT_6
VCC 43 39 46
0.4
12k
45 47
RGB / CVBS signal outputs
VCC
41
VOUT_5
0.4
12k
41
Chrominance signal output
49
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (2/3)
Pin Num Symbol Pin Voltage (V) Equivalent Circuit
VCC
Description
38
VOUT_7
0.4
0.75mA
12k
38
Typically RF modulator signal output Minimum load = 20k resistive
VCC 150
VCC 40.8k
49
VID_BIAS
0.9
49
18.3k
Internal reference bias for video circuits. A capacitor is connected from this pin to GND. Typically 100nF
VCC 2k 200
37
TRAP
2.3
37
Connects trap circuit for subcarrier
VCC 150
2
SYNC_ID
2.5
2
Sync detect circuit time constant, resistor and capacitor connection pin
22 23 19 20 16 17 29 42 25 26 27 28 30 31 32
LIN_1 RIN_1 LIN_2 RIN_2 LIN_3 RIN_3 LIN_4 RIN_4 LTV RTV LOUT1 ROUT1 PHONO_L PHONO_R MONO
6.0 (Single)
VCC 22 16 23 17 29 19 60k
VCC/2 60k
Audio signal inputs
0.0 (Dual) 6.0 (Single)
42 20
VCC 25 20k 26 27 30 31 32
Audio signal outputs
0.0 (Dual)
VCC 150 40k VCC 40k 18
28
6.0 (Single) 18 AUD_BIAS 0.0 (Dual)
50
Internal reference bias for audio circuits.
Capacitor connected to GND. (Typically 22µF) Connected directly to GND.
·Pin Function (3/3)
Pin Num Symbol Pin Voltage (V) Equivalent Circuit
VCC 10 12 150
TS5, BCT-1510, BCT-1520, BCT-1530
Description
10 12
FBLK_IN1 FBLK_IN2
-
Fast blanking signal inputs
VCC
9
TV_FBLK
-
9
Fast blanking signal output
13
FNC_VCR
-
13 120k
SCART function pin 8 input / output to VCR
VCC
11
FNC_TV
-
11
SCART function pin 8 output to TV
33
LOGIC
-
VCC 33 36
36
INTRUPT
-
Open collector logic outputs Typically connect to +5V through 10k resistor.
35
SCL
34 8k
I2C bus clock line 35
34 14 44 48 15 21 24 8 40
SDA +5V_DIG +5V_VOUT +5V_VID +12V_DIG -5V_GNDA +5V/12V_VCCA GND_DIG GND_VID 12.0 -5.0 / 0.0 5.0 / 12.0 0.0 0.0 5.0
I2C bus data line Digital supply Video output supply Video supply Digital supply Audio supply / ground Audio supply Digital ground Video ground
51
TS5, BCT-1510, BCT-1520, BCT-1530
CS4335-KS (MAIN ASSY(4/7) : IC4002)
· DAC
BLOCK DIAGRAM
PIN DESCRIPTIONS
Power Supply Connections
VA - Analog Power, PIN 7
Analog supply. Nominally +5V.
AGND - Analog Ground, PIN 6
Analog ground reference.
Analog Outputs
AOUTL - Analog Left Cannel Output, PIN 8
Analog output for the left channel. Typically 3.5V Vpp for a full-scale input signal.
AOUTR - Analog Right Cannel Output, PIN 5
Analog output for the right channel. Typically 3.5V Vpp for a full-scale input signal.
Digital Inputs
MCLK - Master Clock Input, PIN 4
The frequency must be 256x, 384x or 512x the input sample rate in Base Rate Mode (BRM) and either 128x or 192x the input sample rate in High Rate mode (HRM).
LRCK - Left/Right Clock, PIN 3
This input determine which channel is currently being input on the Audio Serial Data Input pin, SDATA.
SDATA - Audio Serial Data Input, PIN 1
Two's complement MSB-first serial data is input on this pin. The data is clocked into the CS4335 via internal or external SCLK and the channel is determined by LRCK.
DEM/SCLK - De-emphasis / External serial clock input, PIN 2
A dual-purpose input used for de-emphasis filter control or external serial clock input.
52
· Modem IC
·Block Diagram
27
FSK MODULATOR
DTMF, ANSWER, GUARD & CALLING TONE GENERATOR
BUFFER FIR PULSE SHAPER EQUALIZER QAM/ DPSK MODULATOR
SCRAMBLER
FILTER FILTER ATTENUATOR
73K324BL-IH (MAIN ASSY(6/7) : IC6005)
DI-BIT/ QUAD-BIT ENCODER
8-BIT µP BUS INTERFACE FILTER
A/D
18 TXA1
2W/4W HYBRID
17 TXA2 32 RXA
DEBUFFER
DESCRAMBLER
DI-BIT/ QUAD-BIT DECODER
DIGITAL SIGNAL PROCESSOR RECEIVE FUNCTIONS
EQUALIZER
PASS BAND FILTER FIXED DEMODULATOR AGC GAIN BOOST
ANTI-ALIAS FILTER
TXD 24
RXD 25
SERIAL INTERFACE TONE DETECTION
TS5, BCT-1510, BCT-1520, BCT-1530
53
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (1/3)
POWER NAME GND VDD VREF ISET PIN 1 16 31 28 TYPE I I O I DESCRIPTION System ground Power supply input, 5 V ±10% (73K324BL). Bypass with 0.1 and 22 µF capacitors to GND. An internally generated reference voltage. Bypass with 0.1 µF capacitor to ground. Chip current reference. Sets bias current for op-amps. The chip current is set by connecting this pin to VDD through a 2 M resistor. ISET should be bypassed to GND with a 0.1 µF capacitor.
PARALLEL MICROPROCESSOR CONTROL INTERFACE MODE ALE AD0-AD7 13 5-12 I I/O ADDRESS LATCH ENABLE: The falling edge of ALE latches the address on AD0-AD2 and the chip select on &6 . ADDRESS/DATA BUS: These bi-directional tri-state multiplexed lines carry information to and from the internal registers. CHIP SELECT: A low on this pin during the falling edge of ALE allows a read cycle or a write cycle to occur. AD0-AD7 will not be driven and no registers will be written if CS (latched) is not active. The state of CS is latched on the falling edge of ALE. OUTPUT CLOCK: This pin is selectable under processor control to be either the crystal frequency (for use as a processor clock) or 16 times the data rate for use as a baud rate clock in DPSK modes only. The pin defaults to the crystal frequency on reset. INTERRUPT: This open drain output signal is used to inform the processor that a detect flag has occurred. The processor must then read the Detect Register to determine which detect triggered the interrupt. INT will stay low until the processor reads the detect register or does a full reset. READ: A low requests a read of the 73K324BL internal registers. Data can not be output unless both RD and the latched CS are active or low. RESET: An active high signal on this pin will put the chip into an inactive state. All Control Register bits (CR0, CR1, tone) will be reset. The output of the CLK pin will be set to the crystal frequency. An internal pull-down resistor permits power-on-reset using a capacitor to VDD.
CS
23
I
CLK
2
O
INT
20
O
RD
15
I
RESET
30
I
54
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (2/3)
PARALLEL MICROPROCESSOR INTERFACE (continued) NAME WR PIN 14 TYPE I DESCRIPTION WRITE: A low on this informs the 73K324BL that data is available on AD0-AD7 for writing into an internal register. Data is latched on the rising edge of WR . No data is written unless both WR and the latched CS are low.
SERIAL MICROPROCESSOR CONTROL INTERFACE MODE NAME AD0-AD2 PIN 5-7 TYPE I DESCRIPTION REGISTER ADDRESS SELECTION: These lines carry register addresses and should be valid during any read or write operation. SERIAL CONTROL DATA: Data for a read/write operation is clocked in or out on the falling edge of the EXCLK pin. The direction of data flow is controlled by the RD pin. RD low outputs data. RD high inputs data. READ: A low on this input informs the 73K324BL that data or status information is being read by the processor. The falling edge of the RD signal will initiate a read from the addressed register. The RD signal must continue for eight falling edges of EXCLK in order to read all eight bits of the referenced register. Read data is provided LSB first. Data will not be output unless the RD signal is active. WRITE: A low on this input informs the 73K324BL that data or status information has been shifted in through the DATA pin and is available for writing to an internal register. The normal procedure for a write is to shift in data LSB first on the DATA pin for eight consecutive falling edges of EXCLK and then to pulse WR low. Data is written on the rising edge of WR.
DATA (AD7)
12
I/O
RD
15
I
WR
14
I
NOTE:
The serial control mode is provided by tying ALE high and CS low. In this configuration AD7 becomes DATA and AD0, AD1 and AD2 become the register address.
55
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function (3/3)
DTE USER NAME EXCLK PIN 22 TYPE I DESCRIPTION EXTERNAL CLOCK: This signal is used in synchronous transmission when the external timing option has been selected. In the external timing mode the rising edge of EXCLK is used to strobe synchronous DPSK transmit data applied to on the TXD pin. Also used for serial control interface. RECEIVE CLOCK: The falling edge of this clock output is coincident with the transitions in the serial received data output. The rising edge of RXCLK can be used to latch the valid output data. RXCLK will be valid as long as a carrier is present. RECEIVED DATA OUTPUT: Serial receive data is available on this pin. The data is always valid on the rising edge of RXCLK when in synchronous mode. RXD will output constant marks if no carrier is detected. TRANSMIT CLOCK: This signal is used in synchronous transmission to latch serial input data on the TXD pin. Data must be provided so that valid data is available on the rising edge of the TXCLK. The transmit clock is derived from different sources depending upon the synchronization mode selection. In internal mode the clock is generated internally. In external mode TXCLK is phase locked to the EXCLK pin. In slave mode TXCLK is phase locked to the RXCLK pin. TXCLK is always active. TRANSMIT DATA INPUT: Serial data for transmission is applied on this pin. In synchronous modes, the data must be valid on the rising edge of the TXCLK clock. In asynchronous modes (1200/600 bps or 300/1200 baud) no clocking is necessary. DPSK data must be 1200/600 bps +1%, -2.5% or +2.3%, -2.5 % in extended over speed mode.
RXCLK
26
O
RXD
25
O
TXCLK
21
O
TXD
24
I
.
ANALOG INTERFACE AND OSCILLATOR NAME RXA TXA1 / TXA 2 PIN 32 18 / 17 TYPE I O DESCRIPTION Received modulated analog signal input from the telephone line interface. (differential) Transmit Analog. These pins provide the analog output signals to be transmitted to the telephone line. The drivers will differentially drive the impedance of the line transformer and the line matching resistor. An external hybrid can also be built using TXA1 as a single ended transmit signal. These pins are for the internal crystal oscillator requiring a 11.0592 MHz parallel mode crystal. Load capacitors should be connected from XTL1 and XTL2 to ground. XTL2 can also be driven from an external clock. OFF-HOOK RELAY DRIVER: This signal is an open drain output capable of sinking 40 mA and is used for controlling a relay. The output is the complement of the OH register bit in the ID Register.
XTL1 / XTL2
3/4
I
OH
27
O
56
TS5, BCT-1510, BCT-1520, BCT-1530
AMC2442ACVF(0.87) (MAIN ASSY(6/7) : IC6006)
· Modem Controller ·Pinouts/Blockdiagram
Pinouts
CS1 CS2 CS3 RESET TXD RXD RXC TXC # CTS
7 8 9
6
44
43
42
41
5
4
3
2
1
VCC1 AD0 AD1 AD2 AD3
39 38 37 36 35 34 33 32 31 30
CS0 DTR RTS RD DCD
10 11 12 13 14 15 16
19 20 21 22 23 24 25 26 27
AMC2442ACV
AD4 AD5 AD6 AD7 VCC2 ALE HOOK CHECK SENCE
17
29
WR RD CLKo CLKi GND
BLOCK DIAGRAM
CLKo
20
SPKR # # RLY BS
CLKi
21 30 29 31
Check Sence Hook Shunt Sieze Ring Det. In Use
2
DCD CTS RTS DTR RXD TXD
17 4 5 13 11
Crystal Oscillator
Command Interpreter
CTR-21 DAA Drivers
19 18 33 24 36-42
UART
V.42 Handler Autobaud Detection Country Specific Routines
Modem AFE Drivers
RD WR ALE Spkr AD0-7
AMC2442A
6 7 8 9
CS0 CS1 CS2 CS3
57
TS5, BCT-1510, BCT-1520, BCT-1530 ·Pin Function
PIN NUMBER
2 3 4 5 6 7 8 9 10 11 13 14 15 16 17 18 19 20 21 22 24 25 26 27 28 29 30 31 32 33 35 36->43 44 1 12 23 34 Pin Name DCD RING RTS DTR CS0 CS1 CS2 CS3 RESET TXD RXD RXC TXC Free CTS WR RD CLKo CLKi GND SPKR Free Free RLY BS SENSE CHECK HOOK NC LATCH VCC2 AD7->AD0 VCC1 NC NC NC NC I/O TYPE Output Input Input Input Intput Input Input Input Input Input Output Input Input I/O Output Output Output Output Input Power Output I/O I/O Output Output Input Output Output I/O Output Power I/O Power I/O I/O I/O I/O Description DTE Data Carrier Detect output signal. Indicates modem has detected carrier. Ring detector input. This pin assumes that a half wave opto coupler is used in the telephone line DAA circuit in the frequency detection algorithm. DTE Ready To Send input signal. Used for hardware flow control. DTE Data Terminal Ready input signal. Used to enable modem device Country Selection bit 0 (Internal pull up) Country Selection bit 1 (Internal pull up) Country Selection bit 2 (Internal pull up) Country Selection bit 3 (Internal pull up) Reset signal to the AMC2442A Controller. Active High. DTE Transmit Data Pin. All data communication from the DTE connects via this pin. DTE Receive Data Pin. All data communication to the DTE connects via this pin. Receiver Clock Input from AFE. Used in PSK, QAM and synchronous data mode. Transmitter Clock Input from AFE. Used in PSK, QAM and synchronous data mode. DO NOT CONNECT DTE Clear To Send output signal. Used for hardware flow control. Write signal to AFE. Goes active low whenever the SMC wishes to write to the AFE Read signal to AFE. Goes active low whenever the SMC wishes to read from the AFE Buffered Clock output signal. Also used as a crystal drive signal when required. Clock input signal. The SMC requires an 11.0592MHz signal on this pin. Controller Ground connection Speaker Enable drive DO NOT CONNECT DO NOT CONNECT DAA Line Seize relay control. Used if DPCO relay is used to share the telephone with a standard telephone instrument. DAA Bell Shunt control. Used during LD dialling to provide a low impedance loop. Line-In-Use detection input. Line-In-Use circuit drive pin. DAA Hook switch control. Delayed from Seize to allow for a low cost opto coupler. DO NOT CONNECT ALE signal to AFE. Goes active high to latch an address into the AFE Auxiliary power supply pin. Multiplex Address / Data bus connections to AFE. Main power supply pin. DO NOT CONNECT DO NOT CONNECT DO NOT CONNECT DO NOT CONNECT
58
PE5181A (MAIN ASSY(7/7) : IC7001)
TS5, BCT-1510, BCT-1520, BCT-1530
Pin Function
·Pin Function
No.
1 2 3 4 5 6 7 8 11 12 13 14 15 16 17 18 19 20 21 22 23 26 27 28 29 30 31 32 33 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64
· Sub CPU
Mark
P50 P51 P52 P53 P54 P55 P56 P57 P30 P31 SDA0 SCL0 P34 P35 P36 P20 P21 P22 P23 P24 P25 P17 P16 P15 P14 P13 P12 P11 P10 INTP0 INTP1 P02 P03 TI00 P71 P72 P73 P74 P75 P64 P65 P66 P67 P40 P41 P42 P43 P44 P45 P46 P47
Pin Name
LED10 LED11 LED12 LED13 LED14 LED15 LED16 LED17 IRQ_TEIDEN IRQ_KEY I2C_SDA I2C_SCL × × × × × × × × SUB_MUTE TEST RC_MM pioneer/philips XHALT × KEY02, MENU KEY01, OK KEY00, REM AC_CLK LNB_POW0 LNB_POW1 REM KEY, × XSTBY KEY, KEY, XRESET_OMEGA RESET_CHDEC × × × × × × LED03 LED02 LED01 LED00
I/O
O O O O O O O O O O O I O O O O O O O O O I I I I I I I I I I O O I I O O I I O O/I O O O O O O O O O O
Active
Low Low Low Low Low Low Low Low Low Low Front LED, seg Front LED, seg Front LED, seg Front LED, seg Front LED, seg Front LED, seg Front LED, seg Front LED, seg
Power failure interruption (L output only at power failure) Remote controller / key interruption I2C_SDA Output I2C_SCL Input
Low Low Any Any Low
Power_off Mute For production line RC_MM Selection (H : Disabel, L : Enable) Remote control code selection (H : Philips, L : Pioneer) Power failure process completion flag (L : Complete, H : Normaly) For AGC Reading
Low Low Low High Toggle Any Any High
Front key input Front key input Front key input Remote control input Power failuer detection clock (Both edge detectin) LNB inernal / external (H : internal, L : external) LNB 18V / 13V (H : 18V, L : 13V) Remote control input Front key input
Low
Stand-by signal (H output at full power) Front key input Front key input
Low High
STi5512 Reset Link IC Reset
Low Low Low Low
Front LED, dig Front LED, dig Front LED, dig Front LED, dig
59
TS5, BCT-1510, BCT-1520, BCT-1530
8. PANEL FACILITIES AND SPECIFICATIONS
8.1 PANEL FACILITIES
Several functions keys
«
Movement on the display
Selection of « program
«
Volume
Display of program number or time when terminal is in standby state
Reader for a bank debit card Reader for a subscriber contract card
Connection of power cord (Cord provided to terminal)
Telephone line connection jack
Series and parallel (option) computer connection terminal
Audio output terminal for PERITEL video terminal connecting a stereo system
60
«
«
«
«
«
Validation of settings
Power switch
Access to PERSO screen
PERITEL TV terminal (PERITEL TV : Application technology such as playback and recording video and TV games other than TV programs)
Input terminal for satellite antenna
Parabola antenna output terminal for an analog satellite broadcast receiver
TS5, BCT-1510, BCT-1520, BCT-1530 8.2 SPECIFICATIONS
RF
Moduration Method ..................................................... QPSK Symbol Rate ........................................... 22, 27, 27.5Mbaud Inner Code Rate .......................................... 1/2, 2/3, 3/4, 5/6 Error Correction ............................... Viterbi+Reedsolomon Frequency Range ....................................... 950 to 2150MHz Input Level .................................................... 65 to 25dBm Max. Input Level ........................................................... 0dBm Return Loss .......................................................... 8.0dB min. Spurious Signal and Local Oscillator Level .................................. 63dBm max. LNB Power Supply ................................. Ver. : 12.5V to 14V Hor. : 17V to 19V
VIDEO
S/N ........................................................................ 55dB min. Responce Flatness ............................ 2 ± 2.5dB at 4.7MHz Differential Gain .................................................... 10% max. Differential Phase ................................................. 5deg max. Chroma Delay ................................................. ±40nsec max. Non Linearity ........................................................... 5% max.
AUDIO
S/N ........................................................................ 72dB min. Responce flatness ............................ ±0.5dB at 20 to 20kHz Channel Separation .............................................. 50dB min.
DATA COMMUNICATION
Serial Interface ....................................................... RS-232C Parallel Interface ................................................... IEEE1284 Modem ............................................................................V23 IC Card ................................................................... ISO-7816
GENERAL
Power Requirement ....................................... AC230V/50Hz Power Consumption ................................................ 18W typ. Dimensions ............................... 380 (W) X 253 (D) X 71 (H) Net Weight ................................................................... 2.3kg
61