Toshiba D-R5SU Manuale di servizio - Pagina 19
Sfoglia online o scarica il pdf Manuale di servizio per Lettore DVD Toshiba D-R5SU. Toshiba D-R5SU 33. Dvd video recorder
Anche per Toshiba D-R5SU: Manuale di servizio (33 pagine)
Stampa la pagina
5-4-5. 1394 Circuit Diagram
GBADR[9:0]
GBDAT[15:0]
H_WR-
H_STROBE-
LINK_CS-
GB_ACK#
LINK_IRQ
RESET-
R211 0R
RESET-
R227 0R
I55_RESET-
+1.5V
+3.3V
FB11
PHY_VCC
FB10
PHY_PLL_VCC
+3.3V
+3.3V
+3.3V
+1.5V
+1.5V
+1.5V
GND
GND
PHY_PLL_VCC
IC505
F5
PCI_AD31
G3
PCI_AD30
G1
PCI_AD29
H3
PCI_AD28
GBADR[9:0]
H1
PCI_AD27
GBDAT[15:0]
H5
PCI_AD26
GBADR9
H2
PCI_AD25/MCIF_A11
H_WR-
GBADR8
J4
PCI_AD24/MCIF_A10
H_STROBE-
GBADR7
J1
PCI_AD23/MCIF_A9
LINK_CS-
GBADR5
K4
PCI_AD22/MCIF_A7
GB_ACK#
GBADR6
J2
PCI_AD21/MCIF_A8
LINK_IRQ
GBADR3
K1
PCI_AD20/MCIF_A5
GBADR4
K3
PCI_AD19/MCIF_A6
GBADR2
K2
PCI_AD18/MCIF_A4
GBADR1
L1
PCI_AD17/MCIF_A3
GBADR0
L3
PCI_AD16/MCIF_A2
GBDAT15
P3
PCI_AD15/MCIF_D15
GBDAT14
M5
PCI_AD14/MCIF_D14
GBDAT13
P5
PCI_AD13/MCIF_D13
GBDAT11
N6
PCI_AD12/MCIF_D11
GBDAT12
P6
PCI_AD11/MCIF_D12
GBDAT9
L6
PCI_AD10/MCIF_D9
GBDAT10
M6
PCI_AD9/MCIF_D10
GBDAT8
N7
PCI_AD8/MCIF_D8
GBDAT6
P7
PCI_AD7/MICF_D6
GBDAT7
L7
PCI_AD6/MICF_D7
GBDAT5
M8
PCI_AD5/MICF_D5
GBDAT4
K7
PIC_AD4/MICF_D4
GBDAT3
P8
PIC_AD3/MICF_D3
GBDAT2
L8
PCI_AD2/MICF_D2
GBDAT1
0 : NO BYTE SWAP
N8
PCI_AD1/MICF_D1
R229
GBDAT0
K8
PIC_AD0/MICF_D0
M4
PCI_PAR/MICF_LITTLE_ENDIAN
4.7K
H4
PCI_C/BE3#
M1
PCI_C/BE2#
L5
PCI_C/BE1#
K6
PCI_C/BE0#
H_WR-
M2
PCI_FRAME#/MCIF_REZ/MCIF_RW
N5
PCI_PERR#
+3.3V
H_STROBE-
M3
PCI_TRDY#/MCIF_WEZ/MCIF_STRBZ
RP23 4.7KX4
N1
PCI_IRDY#
8
1
GB_ACK#
LINK_CS-
P2
PCI_STOP#/MCIF_CSZ
7
2
GB_ACK#
P1
PCI_DEVSEL#/MCIF_ACKZ
6
3
P4
PCI_SERR#
5
4
J3
PCI_IDSEL
LINK_IRQ
F2
PCI_INTA#/MCIF_INTZ
RP24 4.7KX4
F1
PCI_REQ#
8
1
G2
PCI_GNT#
7
2
6
3
F4
PCI_CLK
5
4
G4
PCI_RST#/RESET_HOSTZ
RP22 4.7KX4
8
1
K9
TDI
7
2
L10
TDO
6
3
P9
TCK
5
4
N9
TRST#
L9
TMS
N.C.
DV_RESET-
N10
RESETZ
R224
4.7K
C8
+3.3V
RESET_LINKZ
ISORDY
P10
GPIO0
ISOVALRX
L11
GPIO1/HDSI0_AV
ISODIR
M13
GPIO2
N14
GPIO3/HDSI1_AV
M14
GPIO4
B11
GPIO5/HDSI2_AV
A10
GPIO6
A11
GPIO7
+3.3V
E10
GPIO8
B9
GPIO9
C7
GPIO10
B10
EXDMA_REAZ_CH0
R219
A13
EXDMA_ACKZ_CH0
D10
EXDMA_REQZ_CH1
4.7K
C9
EXDMA_ACKZ_CH2
CONFIGURE THE
MCIF_SEL1
A14
MCIF_SEL1
MCIF_SEL0
MICROCONTROLLER
E9
MCIF_SEL0
INTERFACE TO
68K-LIKE
D9
TEST_MODE
R223
R232
4.7K
10K
+3.3V
+1.5V
PHY_VCC
G13
HSDIO_CLK
G10
HSDIO_SYNC
G11
HSDIO_DVALID/HSDIO_EN
ERROR
G14
HSDIO_ERROR
M10
DSSCLK27
ISOD0
D14
HADIO_D0
ISOD1
E13
HADIO_D1
E14
ISOD2
HADIO_D2
E12
ISOD3
HADIO_D3
E11
ISOD4
HSDIO_D4
F10
ISOD5
HSDIO_D5
ISOD6
F12
HSDIO_D6
ISOD7
F11
HSDIO_D7
L12
HSDI1_CLKZ
K12
HSDI1_SYNC
L14
HSDI1_DVALID/HSDI1_EN
L13
R214
HSDI1_ERROR
H12
R215
HSDI1_D0
ZR35162-BGCG
H13
HSDI1_D1
H11
HSDI1_D2
PRELIMINARY-V1.97
J10
HSDI1_D3
J14
HSDI1_D4
J13
SLLS560-Jan-2004
HSDI1_D5
J12
HSDI1_D6
K14
HSDI1_D7
M11
HSDI2_CLK
N11
HSDI2_SYNCz
P13
HSDI2_DVALIDz
R213
N12
HSDI2_ERRORz
R212
P12
HSDI2_D0
G12
60958_IN
H10
60958_OUT
B13
DAC_MCK
D12
DAC_BCK
RP25 4.7KX4
D11
DAC_LRCK
D13
8
DAC_DATA
7
A12
6
AUDIO_ERR
B14
5
AUDIO_MUTE
F14
VCO_CLK
K10
REF_SYT
J11
DIV_VCO
D5
TPBIAS0
B6
TPA0P
A6
TPA0N
E6
TPB0P
E7
TPB0N
A3
TPBIAS1
B3
TPA1P
C4
TPA1N
B4
TPB1P
C5
TPB1N
R218
6K34 1%
A1
R1
B1
R0
C2
NC1
D3
NC2
E1
XI
E2
XO
B7
R230
CPS
A7
1
TP23
CNA
TP25
E8
1
WAKEUP
R231
D8
BIASDIS
R217
1K
C11
PHY_TEST_MODE
A8
1
TP24
PHYHCLK
A9
1
TP22
PHY8CLK
A2
NC3
A4
NC4
C3
NC5
ZR35162-BGCG
ISODIR
ISOVALRX
ISORDY
ISOCLK
ISOSTART
ISOVALTX
R216
10K
ISOD[7:0]
10K
10K
10K
10K
1
2
3
1394 I/F
4
C217 1uF
R226
56R2
R222
56R2
CN501
TP39
6
TP40
+TPA1
5
-TPA1
4
3
+TPB1
2
-TPB1
1
TP41
6 PIN + HOUSING
TP42
R221
R220
56R2
56R2
R225
C216
TP21
5.1K 1%
270pF
C213 12pF
1K
Y2
PHY_VCC
24.576MHz
0R
C214 12pF
C235
+3.3V
C218
+
10nF
47uF/16V
+1.5V
+3.3V
C229
C230
C231
C232
C226
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
C212
C225
+
+
47uF/16V
47uF/16V
C238
C239
C242
C245
C222
10nF
10nF
10nF
10nF
0.1uF
ISODIR
ISOVALRX
ISORDY
ISOCLK
ISOSTART
ISOVALTX
ISOD[7:0]
PHY_PLL_VCC
C233
C234
C237
+
0.1uF
10nF
47uF/16V
C236
C240
C241
C215
0.1uF
0.1uF
0.1uF
0.1uF
C219
C220
C227
C221
0.1uF
0.1uF
0.1uF
0.1uF
C223
C224
C228
0.1uF
0.1uF
0.1uF
Fig. 5-5-9