47
AVR-2308CI / AVR-888 / AVR-2308 / AVC-2308
78
P12/D10
-
O
C
-
-
Ed
I
I
Not used
79
P11/D9
-
O
C
-
-
-
-
I
I
Not used
80
P10/D8
VOLMUTE
O
C
-
-
-
Z
I
O/L
VOLUME MUTE control pin
81
P07/D7
MUTEPOWER
O
C
-
-
-
Z
O/L
O/L
For MUTE +B control pin
82
P06/D6
SYNCDET
I
-
Lv
-
Ed
Z
O/L
O/L
Sync. detect input for MAIN(H: Ext. synchronized)
83
P05/D5
OSDMUTE
O
C
-
-
-
Z
O/L
O/L
OSD control pin
84
P04/D4
-
O
C
-
-
-
Z
O/L
O/L
Not used
85
P03/D3
OSDRST
O
C
-
-
-
Z
O/L
O/L
OSD control pin
86
P02/D2
OSDSTR
O
C
-
-
-
Z
O/L
O/L
OSD control pin
87
P01/D1
OSDCLK
O
C
-
-
-
Z
O/L
O/L
OSD control pin
88
P00/D0
OSDDATA
O
C
-
-
-
Z
O/L
O/L
OSD control pin
89
P107/AN7
XMOLINKACTIVE
I
-
-
-
Ed
Z
O/L
O/L
XM RADIO control pin
90
P106/AN6
XMOANTREV
I
-
E ↓ &L
-
Ed
Z
O/L
O/L
XM RADIO control pin
91
P105/AN5
XMIRESET
O
C
-
-
-
Z
O/L
O/L
XM RADIO RESET control pin
92
P104/AN4
ACKSUB
O
C
-
-
Ed
Z
O/L
O/L
MAIN-SUB μcom comm. control pin
93
P103/AN3
KEY1
I
-
Lv
-
Eu
Z
O/L
O/L
KEY1 SIGNAL INPUT
94
P102/AN2
KEY2
I
-
Lv
-
Eu
Z
O/L
O/L
KEY2 SIGNAL INPUT
95
P101/AN1
KEY3
I
-
Lv
-
Eu
Z
O/L
O/L
KEY3 SIGNAL INPUT
96
AVSS
AVSS
-
-
-
-
-
-
-
-
GND
97
P100/AN0
SET̲OPTION
I
-
Lv
-
-
Z
O/L
O/L
SET OPTION SELECT
98
VREF
VREF
-
-
-
-
-
-
-
-
VREF
99
AVCC
AVCC
-
-
-
-
-
-
-
-
POWER 5V
100
P97/SIN4
-
O
-
-
-
Ed
Z
O/L
O/L
Not used
Pin
Pin Name
Symbol
I/O
Type
Det
Op
(Int.)
Op
(Ext.)
Res
Stby
Stop
Function
Note:
Pin No.
: Terminal number of microcomputer.
Port Name : The name entered in the data sheet of microcomputer.
Symbol
: Symbolized interface function.
I/O
: Input or out of part.
“I”
= Input port
“O”
= Output port
Type
: Composition of port in case of output port.
“C”
= CMOS output
“N”
= NMOS open drain output
“P”
= PMOS open drain output
Op
: Pull up/Pull down selection information.
“Iu”
= Inner microcomputer pull up
“Id”
= Inner microcomputer pull down
“Eu”
= External microcomputer pull up
“Ed”
= External microcomputer pull down
Det
: Indicates judging state of input port. Level detection is “LV”; Edge detection is “Ed”; Detection by both shifting is “E&L”;
Serial data detection is “S” (Serial data output is also “S”).
Res
: State at reset.
“H”
= Outputs High Level at reset
“L”
= Outputs Low Level at reset
“Z”
= Becomes High impedance mode at reset
STBY
: State of port when STANDBY mode.
“O/L” = Output port and “L”
“I”
= Input port
Stop
: State of port when Stop mode.
“O/L” = Output port and “L”
“I”
= Input port
Содержание AVC-2308
Страница 37: ...37 AVR 2308CI AVR 888 AVR 2308 AVC 2308 BLOCK DIAGRAMS 1 2 AUDIO BLOCK DIAGRAM...
Страница 38: ...38 AVR 2308CI AVR 888 AVR 2308 AVC 2308 BLOCK DIAGRAMS 2 2 VIDEO BLOCK DIAGRAM...
Страница 40: ...40 AVR 2308CI AVR 888 AVR 2308 AVC 2308 LEVEL DIAGRAMS 1 5...
Страница 41: ...41 AVR 2308CI AVR 888 AVR 2308 AVC 2308 LEVEL DIAGRAMS 2 5...
Страница 42: ...42 AVR 2308CI AVR 888 AVR 2308 AVC 2308 LEVEL DIAGRAMS 3 5...
Страница 43: ...43 AVR 2308CI AVR 888 AVR 2308 AVC 2308 LEVEL DIAGRAMS 4 5...
Страница 44: ...44 AVR 2308CI AVR 888 AVR 2308 AVC 2308 LEVEL DIAGRAMS 5 5...
Страница 53: ...53 AVR 2308CI AVR 888 AVR 2308 AVC 2308 Sil9135CTU DI IC554 Functional Block Diagram...
Страница 54: ...54 AVR 2308CI AVR 888 AVR 2308 AVC 2308 Sil9134CTU DI IC702 Functional Block Diagram...
Страница 57: ...57 AVR 2308CI AVR 888 AVR 2308 AVC 2308 ES29LV160EB 70TGI M DI IC205 TC74VHCT08AFT DI IC305 956 957...
Страница 58: ...58 AVR 2308CI AVR 888 AVR 2308 AVC 2308 R2A15215 AV IC612...
Страница 61: ...61 AVR 2308CI AVR 888 AVR 2308 AVC 2308 ADV7172 DI IC805 PIN CONFIGURATION BLOCK DIAGRAM...
Страница 62: ...62 AVR 2308CI AVR 888 AVR 2308 AVC 2308 PIN FUNCTION DESCRIPTION NJM2581M TE1 AV IC503 504...
Страница 63: ...63 AVR 2308CI AVR 888 AVR 2308 AVC 2308 LA73053 AV IC101...
Страница 64: ...64 AVR 2308CI AVR 888 AVR 2308 AVC 2308 LA73062V AV IC305...
Страница 67: ...67 AVR 2308CI AVR 888 AVR 2308 AVC 2308 5 FL DISPLAY FLD HCA 19MM02T FR FL101 PIN CONNECTION GRID ASSIGNMENT...
Страница 68: ...68 AVR 2308CI AVR 888 AVR 2308 AVC 2308 ANODE CONNECTION...
Страница 69: ...69 AVR 2308CI AVR 888 AVR 2308 AVC 2308 PRINTED WIRING BOARDS 1U 3852 DIGITAL P W B UNIT 1 2 COMPONENT SIDE...
Страница 70: ...70 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3852 DIGITAL P W B UNIT 2 2 FOIL SIDE...
Страница 71: ...71 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3853 A AUDIO VIDEO P W B UNIT 1 2 COMPONENT SIDE...
Страница 72: ...72 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3853 A AUDIO VIDEO P W B UNIT 2 2 FOIL SIDE...
Страница 75: ...75 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3843 FRONT P W B UNIT 1 2 AVR 888 model COMPONENT SIDE...
Страница 76: ...76 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3843 FRONT P W B UNIT 2 2 AVR 888 model FOIL SIDE...
Страница 77: ...77 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3841 POWER REG P W B UNIT 1 2 COMPONENT SIDE...
Страница 78: ...78 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3841 POWER REG P W B UNIT 2 2 FOIL SIDE...
Страница 79: ...79 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3854 POWER AMP P W B UNIT 1 2 COMPONENT SIDE...
Страница 80: ...80 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3854 POWER AMP P W B UNIT 2 2 FOIL SIDE...
Страница 81: ...81 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3857 MAIN CPU P W B UNIT 1 2 COMPONENT SIDE...
Страница 82: ...82 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3857 MAIN CPU P W B UNIT 2 2 FOIL SIDE...
Страница 83: ...83 AVR 2308CI AVR 888 AVR 2308 AVC 2308 1U 3875 D TERMINAL P W B UNIT FOIL SIDE COMPONENT SIDE...