dvd writer circuit diagram
Abstract: dvd writer circuit DVD read writer circuit diagram TZA1030 bca 1st TZA1031HL philips 22 ah 306 Bipolar DC Power supply BP 4620 BCA 500 HDR65
Text: INTEGRATED CIRCUITS DATA SHEET TZA1031 Signal processing IC for DVD rewriteable Product specification 2002 Jun 06 Philips Semiconductors Product specification Signal processing IC for DVD rewriteable CONTENTS 1 FEATURES 2 GENERAL DESCRIPTION 3 ORDERING INFORMATION
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TZA1031
SCA74
753503/01/pp52
dvd writer circuit diagram
dvd writer circuit
DVD read writer circuit diagram
TZA1030
bca 1st
TZA1031HL
philips 22 ah 306
Bipolar DC Power supply BP 4620
BCA 500
HDR65
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bca 08
Abstract: AN8882SB MN662754 MN66275 AN8882 cd-rom rf amplifier Digital Servo Head Amp
Text: ICs for Compact Disc/CD-ROM Player AN8882SB Head amplifier IC for CD-ROM drive for 32 times speed or more • Overview Unit: mm 0.2 +0.10 –0.05 15.2±0.30 19 1 18 0.5 8.4±0.30 36 1.30±0.25 1.30±0.25 0.3±0.11 0.8 Seating plane 0.1±0.1 2.85±0.2 ■ Features
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AN8882SB
AN888nductor
bca 08
AN8882SB
MN662754
MN66275
AN8882
cd-rom rf amplifier
Digital Servo Head Amp
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AN8849SB
Abstract: MN662752
Text: ICs for Compact Disc/CD-ROM Player AN8849SB Head amplifier IC for CD-ROM drive for 24 times speed or more • Overview Unit: mm 0.2 +0.10 –0.05 15.2±0.30 19 1 18 0.5 8.4±0.30 36 1.30±0.25 1.30±0.25 0.3±0.11 0.8 Seating plane 0.1±0.1 2.85±0.2 ■ Features
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AN8849SB
AN8849SB
MN662752
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TSMC 0.18 um MOSfet
Abstract: M38510 10102BCA IDT7204L 5962-8768401MQA 0.18um LDMOS TSMC sl1053 TSMC 0.25Um LDMOS UT63M125BB SMD RTAX250S-CQ208 5962-04221
Text: DSCC Supplemental Information Sheet for Electronic QML-38535 Specification Details: Date: 9/2/2008 Specification: MIL-PRF-38535 Title: Advanced Microcircuits Federal Supply Class FSC : 5962 Conventional: No Specification contains quality assurance program: Yes
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QML-38535
MIL-PRF-38535
MIL-STD-790
MIL-STD-690
-581DSCC
QML-38535
TSMC 0.18 um MOSfet
M38510 10102BCA
IDT7204L
5962-8768401MQA
0.18um LDMOS TSMC
sl1053
TSMC 0.25Um LDMOS
UT63M125BB SMD
RTAX250S-CQ208
5962-04221
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A56 001 B57
Abstract: BCA25 BCA16 BCA17 BCA20 BCa18 A50-A51 BCA23 BCA12 C641
Text: 1 2 3 4 5 6 7 8 A A J507 12 CARD_VCCA CARD_VCCA C660 0.1U 0603B GND A_CD1# ACD3 ACD11 ACD4 ACD12 ACD5 ACD13 ACD6 ACD14 A_CD1# 12 C616 0.1U 0603B GND ACD7 ACD15 ACE1# ACE2# ACA10 AVS1 AOE# AIORD# ACA11 AIOWR# ACA9 ACE1# ACE2# 12 12 12 12 12 AVS1 AOE# AIORD#
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0603B
ACD11
ACD12
ACD13
ACD14
ACD15
ACA10
ACA11
ACA17
A56 001 B57
BCA25
BCA16
BCA17
BCA20
BCa18
A50-A51
BCA23
BCA12
C641
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bcd10
Abstract: aca9 C223 J507 bcd13
Text: 1 2 3 A 12 4 5 6 7 BCD[0.15] BCA[0.25] ACD[0.15] ACD[0.15] 8 BCD[0.15] BCA[0.25] 12 12 A J507 ACA[0.25] ACA[0.25] 9,12,16 12 ACD3 A_CD1# ACD4 ACD11 ACD5 ACD12 A_CD1# 12 ACD6 ACD13 ACD7 ACD14 ACE1# ACD15 ACE1# ACA10 ACE2# AOE# ZV HREF 12 12 12 ZV VREF
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ACD11
ACD12
ACD13
ACD14
ACD15
ACA10
ACA11
ACA17
ACA13
ACA18
bcd10
aca9
C223
J507
bcd13
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BCD8
Abstract: B60 C220 R153 C558
Text: 1 2 3 4 5 6 7 8 A A J506 CARD_VCCA 14 CARD_VCCA A_CD1# ACD3 ACD11 ACD4 ACD12 ACD5 ACD13 ACD6 ACD14 14 A_CD1# C584 0.1U 0603 16V GND C558 0.1U 0603 16V GND ACD7 ACD15 ACE1# ACE2# ACA10 AVS1 AOE# AIORD# ACA11 AIOWR# ACA9 14 ACE1# 14 ACE2# 14 AVS1 14 AOE# 14 AIORD#
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ACD11
ACD12
ACD13
ACD14
ACD15
ACA10
ACA11
ACA17
ACA18
ACA13
BCD8
B60 C220
R153
C558
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bcd5
Abstract: u504 B1-1B12
Text: 1 2 3 4 5 6 7 ACA[0.25] 14 ACA[0.25] A U504 ACD[0.15] 14 ACD[0.15] A_CD1# ACD3 ACD11 ACD4 ACD12 ACD5 ACD13 ACD6 ACD14 14 A_CD1# ACD7 ACD15 ACE1# ACE2# ACA10 AVS1 AOE# AIORD# ACA11 AIOWR# ACA9 ACA17 14 ACE1# 14 ACE2# 14 AVS1 14 AOE# 14 AIORD# 14 AIOWR#
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BCD11
BCD12
BCD13
BCD14
BCD15
BCA10
BCA11
BCA17
BCA18
BCA13
bcd5
u504
B1-1B12
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B40 B2
Abstract: B54-B55 A29 A44 A39-A40 BCD8
Text: 1 2 3 4 5 6 7 8 A A ACA[0.25] ACA[0.25] U502 ACD[0.15] ACD[0.15] A_CD1# ACD3 ACD11 ACD4 ACD12 ACD5 ACD13 ACD6 ACD14 A_CD1# ACD7 ACD15 ACE1# ACE2# ACA10 AVS1 AOE# AIORD# ACA11 AIOWR# ACA9 ACA17 ACE1# ACE2# AVS1 AOE# AIORD# AIOWR# ACA8 ACA18 ACA13 ACA19
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ACD11
ACD12
ACD13
ACD14
ACD15
ACA10
ACA11
ACA17
ACA18
ACA13
B40 B2
B54-B55
A29 A44
A39-A40
BCD8
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B60 C160
Abstract: mitac mitac 6120 C285
Text: 1 2 3 4 5 6 7 8 PCCARD SOCKET A A 12 ACA[0.25] 12 ACD[0.15] ACA[0.25] U504 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24 A25 A26 A27 A28 A29 A30 A31 A32 A33 A34 A35 A36 A37 A38 A39 A40 A41 A42 A43 A44 A45 A46 A47
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ACD11
ACD12
ACD13
ACD14
ACD15
ACA10
ACA11
ACA17
ACA18
ACA13
B60 C160
mitac
mitac 6120
C285
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PCI1225PDV
Abstract: AVS2 BA23 pqfp208 JT23
Text: 1 2 3 4 5 6 7 8 +3V 15 B_CD1# 15 B_CD2# 15 BCE1# 15 BCE2# 15 BOE# 15 BIORD# 15 BIOWR# 15 BWE# 9,15 BWP 15 BBVD1 15,16 BBVD2 15 BWAIT# 15 BRDY 15 BVS1 15 BVS2 15 BREG# 15,16 BINPACK# 15 BRESET RP39 B_CD1# B_CD2# BVS1 BVS2 A_CD1# A_CD2# AVS1 AVS2 RP43KX8 RPSOE_10
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RP43KX8
BCA19
BCA21
BCA23
BCA22
BCA14
BCA15
BCA20
BCD10
BCD11
PCI1225PDV
AVS2
BA23
pqfp208
JT23
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C246
Abstract: ACAD12 PCI1225PDV
Text: 1 2 3 4 5 6 7 CARD_VCCB 15 B_CD1# 15 B_CD2# 15 BCE1# 15 BCE2# 15 BOE# 15 BIORD# 15 BIOWR# 15 BWE# 9,15 BWP 15 BBVD1 15,16 BBVD2 15 BWAIT# 15 BRDY 15 BVS1 15 BVS2 15 BREG# 15,16 BINPACK# 15 BRESET A BCD[0.15] 15 CARD_VCCA BCA[0.25] BCA[0.25] GND BCA0 BCA1
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BCD10
BCD11
BCD12
BCD13
BCD14
BCD15
BCA10
BCA11
BCA12
BCA13
C246
ACAD12
PCI1225PDV
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mitac
Abstract: mitac 6120 BCA19 BCa18 BCA22-1
Text: 1 2 3 4 5 6 7 8 +3V 13 B_CD1# 13 B_CD2# 13 BCE1# 13 BCE2# 13 BOE# 13 BIORD# 13 BIOWR# 13 BWE# 9,13 BWP 13 BBVD1 13,14 BBVD2 13 BWAIT# 13 BRDY 13 BVS1 13 BVS2 13 BREG# 13,14 BINPACK# 13 BRESET 1 2 3 4 5 10 9 A_CD1# 8 A_CD2# 7 AVS1 6 AVS2 RP43KX8 RPSOE_10 A
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RP43KX8
BCA19
BCA21
BCA23
BCA22
BCA14
BCA15
BCA20
BCD10
BCD11
mitac
mitac 6120
BCa18
BCA22-1
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BCD11
Abstract: 6020M mfunc0 BCA25 BWP 34 ACD14
Text: 1 2 3 4 5 6 7 8 +3V B_CD1# B_CD2# BCE1# BCE2# BOE# BIORD# BIOWR# BWE# BWP BBVD1 BBVD2 BWAIT# BRDY BVS1 BVS2 BREG# BINPACK# BRESET 1 2 3 4 5 10 9 A_CD1# 8 A_CD2# 7 AVS1 6 AVS2 RP43KX8 RPSOE_10 A CARD_VCCB RP11 10 9 8 7 6 BCA14 BCA15 BWP BCA20 BCD[0.15] BCD[0.15]
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RP43KX8
BCA19
BCA21
BCA23
BCA22
BCA14
BCA15
BCA20
BCD10
BCD11
6020M
mfunc0
BCA25
BWP 34
ACD14
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BCA16
Abstract: C645
Text: 1 2 3 4 5 6 7 CARD_VCCB A BCD[0.15] A BCA[0.25] GND 6 32K_OUT R157 CARDOC# 15 16 17 7 24 1 2 30 12 55 53 51 49 47 45 42 40 37 48 50 43 41 52 34 29 36 39 54 57 59 60 62 65 66 67 A_A25/A_CAD19 A_A24/A_CAD17 A_A23/A_CFRAME# A_A22/A_CTRDY# A_A21/A_CDEVSEL A_A20/A_CSTOP#
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BCD10
BCD11
BCD12
BCD13
BCD14
BCD15
BCA10
BCA11
BCA12
BCA13
BCA16
C645
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92 BID
Abstract: AA23 MO-151 MT90868 MT90868AG LSTi18
Text: MT90868 High Bandwidth Digital Switch Data Sheet Features BSTi0-63 BSTo0-63 FP8i VDD_IO Backplane Interface VDD_core • • • • VSS GND RESET Backplane Data Memories (32,768 channels) S/P Converter Loopback Data Memory (1,024 channels) Backplane Interface
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MT90868
BSTi0-63
BSTo0-63
92 BID
AA23
MO-151
MT90868
MT90868AG
LSTi18
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Untitled
Abstract: No abstract text available
Text: MT90868 High Bandwidth Digital Switch Data Sheet Features BSTi0-63 BSTo0-63 FP8i VDD_IO Backplane Interface VDD_core • • • • VSS GND RESET Backplane Data Memories (32,768 channels) S/P Converter Loopback Data Memory (1,024 channels) Backplane Interface
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MT90868
768-channel
192-channel
024-channel
384Mb/s
768Mb/s
192Mb/s
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AA23
Abstract: MO-151 MT90868 MT90868AG
Text: MT90868 High Bandwidth Digital Switch Data Sheet Features BSTi0-63 BSTo0-63 FP8i VDD_IO Backplane Interface VDD_core • • • • VSS GND RESET Backplane Data Memories (32,768 channels) S/P Converter Loopback Data Memory (1,024 channels) Backplane Interface
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MT90868
BSTi0-63
BSTo0-63
AA23
MO-151
MT90868
MT90868AG
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Untitled
Abstract: No abstract text available
Text: MT90868 High Bandwidth Digital Switch Data Sheet Features BSTi0-63 BSTo0-63 FP8i VDD_IO Backplane Interface VDD_core • • • • VSS GND RESET Backplane Data Memories (32,768 channels) S/P Converter Loopback Data Memory (1,024 channels) Backplane Interface
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MT90868
768-channel
192-channel
024-channel
384Mb/s
768Mb/s
192Mb/s
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7BDS
Abstract: No abstract text available
Text: MT90868 High Bandwidth Digital Switch Data Sheet Features • • • Mux BSTo0-63 FP8i Mux VDD_IO Backplane Interface VDD_core • • • • VSS GND RESET Backplane Data Memories (32,768 channels) S/P Converter Bit Multiplexer BSTi0-63 Bit De-multiplexer
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MT90868
768-channel
192-channel
024-channel
384Mb/s
768Mb/s
192Mb/s
7BDS
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AA23
Abstract: MO-151 MT90868 MT90868AG bbc ds 17
Text: MT90868 High Bandwidth Digital Switch Data Sheet Features • • • Mux BSTo0-63 FP8i Mux VDD_IO Backplane Interface VDD_core • • • • VSS GND RESET Backplane Data Memories (32,768 channels) S/P Converter Bit Multiplexer BSTi0-63 Bit De-multiplexer
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MT90868
BSTo0-63
BSTi0-63
AA23
MO-151
MT90868
MT90868AG
bbc ds 17
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MO-151
Abstract: MT90868 MT90868AG
Text: MT90868 High Bandwidth Digital Switch Data Sheet Features BSTo0-63 FP8i Backplane Interface VDD_core VSS GND RESET Backplane Data Memories (32,768 channels) S/P Converter Loopback Data Memory (1,024 channels) Backplane Interface Local Connection Memory (8,192
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MT90868
BSTo0-63
BSTi0-63
LSTo0-63
MO-151
MT90868
MT90868AG
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DS5554
Abstract: bdsb5 AA23 MO-151 MT90868 MT90868AG LBC15 Tcp16 32CH1 bbc ds 17
Text: MT90868 High Bandwidth Digital Switch Data Sheet Features • • • Mux BSTo0-63 FP8i Mux VDD_IO Backplane Interface VDD_core • • • • VSS GND RESET Backplane Data Memories (32,768 channels) S/P Converter Bit Multiplexer BSTi0-63 Bit De-multiplexer
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MT90868
BSTo0-63
BSTi0-63
MT90868
DS5554
bdsb5
AA23
MO-151
MT90868AG
LBC15
Tcp16
32CH1
bbc ds 17
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Untitled
Abstract: No abstract text available
Text: DO NOT SCALE i of i C * 4 io o i DWG. NO. SHEET u r~— ,_ a L_ 1 ^ METRIC D IM E N S IO N S IN m.m. 3rd AN G LE PROJECTION 2 2 * 7 0 0 * 3 >v1A X C 5 e c X IO M 5ILYBZ PLT, s i l v e r Purr, P K E -T W P B E -T IM MONJ& EL£CTKi9'T'fM eijLcnsO'TOH
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OCR Scan
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BK455
PH03BeONQE
ZE341001
BS455
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