SR52
Abstract: FY618 SR-52
Text: 8 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F1284W18 1.8V Low Voltage, Extended Temperature Features Figure 1: 56-Ball VFBGA Dedicated commands to decrease programming times for both in-factory and in-system operations Fast programming algorithm FPA for fast PROGRAM
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Original
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16-word
16-bit)
09005aef80b425b4
MT28F1284W18
SR52
FY618
SR-52
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PDF
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smd transistor bq
Abstract: A22 SMD CODE SMD MARKING g3 transistor smd marking BA RE FY616 A22 SMD MARKING CODE AG qd SMD smd code book 6e smd marking g8 TRS.150
Text: 8 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F1284W18 1.8V Low Voltage, Extended Temperature Features Figure 1: 56-Ball VFBGA Dedicated commands to decrease programming times for both in-factory and in-system operations Fast programming algorithm FPA for fast PROGRAM
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Original
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MT28F1284W18
56-Ball
16-word
16-bit)
09005aef80b425b4
MT28F1284W18
smd transistor bq
A22 SMD CODE
SMD MARKING g3
transistor smd marking BA RE
FY616
A22 SMD MARKING CODE
AG qd SMD
smd code book 6e
smd marking g8
TRS.150
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PDF
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FY618
Abstract: FY617
Text: 8 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F1284W18 1.8V Low Voltage, Extended Temperature Features Figure 1: 56-Ball VFBGA Dedicated commands to decrease programming times for both in-factory and in-system operations Fast programming algorithm FPA for fast PROGRAM
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Original
|
16-word
16-bit)
09005aef80b425b4
MT28F1284W18
FY618
FY617
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PDF
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MT28F1284W18
Abstract: smd codes marking A21 FY618
Text: ADVANCE‡ 8 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F1284W18 1.8V Low Voltage, Extended Temperature Features Figure 1: 56-Ball VFBGA • Dedicated commands to decrease programming times for both in-factory and in-system operations • Fast programming algorithm FPA for fast PROGRAM
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Original
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MT28F1284W18
56-Ball
16-word
16-bit)
09005aef80b425b4
MT28F1284W18
smd codes marking A21
FY618
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PDF
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SMD MARKING CODE AADV
Abstract: marking SR5 SMD MT28F1284W18 AADV
Text: ADVANCE‡ 8 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F1284W18 1.8V Low Voltage, Extended Temperature Features Figure 1: 56-Ball VFBGA • Dedicated commands to decrease programming times for both in-factory and in-system operations • Fast programming algorithm FPA for in-factory PROGRAM operation
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Original
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MT28F1284W18
56-Ball
16-word
16-bit)
09005aef80b425b4
MT28F1284W18
SMD MARKING CODE AADV
marking SR5 SMD
AADV
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PDF
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bq219
Abstract: bq2019 bq2019PW bq26200 SCR dcr
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
bq219
bq2019
bq2019PW
bq26200
SCR dcr
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PDF
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bq2019
Abstract: bq2019PW BQ2019PWG4 BQ2019PWR BQ2019PWRG4 bq26200
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
bq2019
bq2019PW
BQ2019PWG4
BQ2019PWR
BQ2019PWRG4
bq26200
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PDF
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bq219
Abstract: tbr 3516
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
bq219
tbr 3516
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PDF
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FX109
Abstract: FY108 "NOR Flash" intel 28f MT28F644W18 FY113 FX113 FW117 fw12 FW118 FY114
Text: 4 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F644W18 MT28F644W30 1.8V Low Voltage, Extended Temperature Features • • • • • • • Figure 1: 56-Ball VFBGA Flexible 4Mb multipartition architecture Single word 16-bit data bus Support for true concurrent operation with zero latency
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Original
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MT28F644W18
MT28F644W30
56-Ball
16-bit)
09005aef8098d2b5
MT28F644W30
FX109
FY108
"NOR Flash" intel 28f
MT28F644W18
FY113
FX113
FW117
fw12
FW118
FY114
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PDF
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FX110
Abstract: FX108
Text: 4 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F644W30 1.8V Low Voltage, Extended Temperature Features Ball Assignment 56-Ball VFBGA • Flexible 4Mb multi-partition architecture • Single word 16-bit data bus Support for true concurrent operation with zero
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Original
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16-bit)
MT28F644W30
FX110
FX108
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PDF
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SR52 W 18
Abstract: FX118 transistor marking A21 FY114 Fw*118 fw104 intel marking 28f intel package marking w18 marking PBA marking W18
Text: 4 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F644W18 MT28F644W30 1.8V Low Voltage, Extended Temperature Features • • • • • • • Figure 1: 56-Ball VFBGA Flexible 4Mb multipartition architecture Single word 16-bit data bus Support for true concurrent operation with zero latency
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Original
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MT28F644W18
MT28F644W30
56-Ball
16-bit)
09005aef8098d2b5
MT28F644W30
SR52 W 18
FX118
transistor marking A21
FY114
Fw*118
fw104
intel marking 28f
intel package marking w18
marking PBA
marking W18
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PDF
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Untitled
Abstract: No abstract text available
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
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PDF
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Untitled
Abstract: No abstract text available
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
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PDF
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FX119
Abstract: FX117
Text: 4 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F644W18 MT28F644W30 1.8V Low Voltage, Extended Temperature Features • • • • • • • Figure 1: 56-Ball VFBGA Flexible 4Mb multipartition architecture Single word 16-bit data bus Support for true concurrent operation with zero latency
|
Original
|
16-bit)
09005aef8098d2b5
MT28F644W30
FX119
FX117
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PDF
|
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bq219
Abstract: bq2019 bq2019PW BQ2019PWG4 BQ2019PWR bq26200
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
bq219
bq2019
bq2019PW
BQ2019PWG4
BQ2019PWR
bq26200
|
PDF
|
Untitled
Abstract: No abstract text available
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
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PDF
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bq219
Abstract: No abstract text available
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
bq219
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PDF
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FY-103
Abstract: 770MAX
Text: 4 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F644W18 MT28F644W30 1.8V Low Voltage, Extended Temperature Features • • • • • • • Figure 1: 56-Ball VFBGA Flexible 4Mb multipartition architecture Single word 16-bit data bus Support for true concurrent operation with zero latency
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Original
|
16-bit)
09005aef8098d2b5
MT28F644W30
FY-103
770MAX
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PDF
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DSA0044716
Abstract: SR-52
Text: PRELIMINARY‡ 4 MEG x 16 ASYNC/PAGE/BURST FLASH MEMORY FLASH MEMORY MT28F644W30 MT28F644W18 1.8V Low Voltage, Extended Temperature Features • • • • • • • • • • • • • • • • • • • • • Figure 1: 56-Ball VFBGA Flexible 4Mb multi-partition architecture
|
Original
|
16-bit)
MT28F644W30
DSA0044716
SR-52
|
PDF
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Untitled
Abstract: No abstract text available
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
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PDF
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bq219
Abstract: bq2019 bq2019PW BQ2019PWG4 BQ2019PWR bq26200 0x78-0x7F
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
bq219
bq2019
bq2019PW
BQ2019PWG4
BQ2019PWR
bq26200
0x78-0x7F
|
PDF
|
bq219
Abstract: No abstract text available
Text: bq2019 ADVANCED BATTERY MONITOR IC SLUS465E – DECEMBER 1999 – REVISED FEBRUARY 2003 D Multifunction Monitoring IC Designed to D D D D D D D Multifunction Digital Output Port D High-Accuracy Internal Timebase Work With an Intelligent Host Controller – Provides State-of-Charge Information for
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Original
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bq2019
SLUS465E
bq219
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PDF
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79R3010A
Abstract: MIPS R3000A 79R3010 FLOATING POINT Co Processor
Text: RISC FLOATING POINT ACCELERATOR FPA IDT79R3010A IDT79R3010AE Integrated D evice T ech n o lo gy, In c. FEATURES: • • • • • • • • • H a rd w a re S u p p o rt o f S in g le a n d D o u b le -P re c is io n O perations: — F loating-P oint A dd
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OCR Scan
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IDT79R3010A
IDT79R3010AE
40MHz
IDT79R3000A
IDT79R3001
64-bit
32-bit
IDT79R3010A/AE
84-Pin
79R3010A
MIPS R3000A
79R3010
FLOATING POINT Co Processor
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PDF
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79R3500
Abstract: R3500 mips S-5017 MIPS Translation Lookaside Buffer TLB R3000 IDT79R3000A MIPS r3000 R2010 mips processor R2000 mips processor
Text: RISC CPU PROCESSOR RISCore IDT79R3500 Integrated Device Technology, Inc. FEATURES: • Efficient Pipelining— The CPU's 5-stage pipeline design assists in obtaining an execution rate approaching one instruction per cycle. Pipeline stalls and exceptions are
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OCR Scan
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IDT79R3500
256kBs
64-entry
MIL-STD-883,
161-Pin
160-Pin
172-pin
79R3500
R3500 mips
S-5017
MIPS Translation Lookaside Buffer TLB R3000
IDT79R3000A
MIPS r3000
R2010 mips processor
R2000 mips processor
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PDF
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