tws 418
Abstract: msm6949 BWC10 MSM6949GS MSM6949JS MSM6949SS QFP64 SDIP64 btd 41
Text: J2A0017-16-92 ¡ 電子デバイス 作成：1998年 1月 MSM6949 l 前回作成：1996年 9月 MSM6949 高速半二重モデム用アナログフロントエンドLSI n 概要 ）に準拠した高速モデ
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J2A0017-16-92
MSM6949
MSM6949
MSM6949ITU-TV
262400bpsV
274800bpsV
299600bps
75bps
140mW
tws 418
BWC10
MSM6949GS
MSM6949JS
MSM6949SS
QFP64
SDIP64
btd 41
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Untitled
Abstract: No abstract text available
Text: ISL9206A Data Sheet July 30, 2008 FN6651.1 FlexiHash+ For Battery Authentication Features The ISL9206A is a highly cost-effective fixed-secret hash engine based on Intersil’s second generation FlexiHash™ technology. The device authentication is achieved through a
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ISL9206A
FN6651
ISL9206A
32-Bit
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marking code X5 SOT23
Abstract: ROM 5-Lead Plastic SOT-23 s1D marking, datasheet sot-23 TRANSISTOR S2A AN1167 AN1237 ISL9206 ISL9206DHZ-T ISL9206EVAL1 TB363
Text: ISL9206 Data Sheet March 9, 2006 FN9260.0 FlexiHash+ For Battery Authentication Features The ISL9206 is a highly cost-effective fixed-secret hash engine based on Intersil’s second generation FlexiHash™ technology. The device authentication is achieved through a
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ISL9206
FN9260
ISL9206
32-bit
marking code X5 SOT23
ROM 5-Lead Plastic SOT-23
s1D marking, datasheet sot-23
TRANSISTOR S2A
AN1167
AN1237
ISL9206DHZ-T
ISL9206EVAL1
TB363
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PDF
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AN1165
Abstract: AN1167 ISL6296 ISL9206A ISL9206ADHZ-T ISL9206ADRTZ-T TB347 TB363 c206a process flow diagram
Text: ISL9206A Data Sheet February 12, 2008 FN6651.0 FlexiHash+ For Battery Authentication Features The ISL9206A is a highly cost-effective fixed-secret hash engine based on Intersil’s second generation FlexiHash™ technology. The device authentication is achieved through a
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ISL9206A
FN6651
ISL9206A
32-Bit
AN1165
AN1167
ISL6296
ISL9206ADHZ-T
ISL9206ADRTZ-T
TB347
TB363
c206a
process flow diagram
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marking 206a
Abstract: s1a, sot-23 crc-calculator ic 8250 data sheet BUT24 bth 200 marking code 10 sot23 PART MARKING INTERSIL 206A s1D marking, sot-23 TRANSISTOR S2A
Text: ISL9206A Data Sheet July 30, 2008 FN6651.1 FlexiHash+ For Battery Authentication Features The ISL9206A is a highly cost-effective fixed-secret hash engine based on Intersil’s second generation FlexiHash™ technology. The device authentication is achieved through a
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ISL9206A
FN6651
ISL9206A
32-Bit
marking 206a
s1a, sot-23
crc-calculator
ic 8250 data sheet
BUT24
bth 200
marking code 10 sot23
PART MARKING INTERSIL 206A
s1D marking, sot-23
TRANSISTOR S2A
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PDF
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AN1166
Abstract: crc-calculator AN1165 AN1167 ISL6296 ISL6296DH-T ISL6296DHZ-T ISL6296EVAL1 TB363 BUT24
Text: ISL6296 Data Sheet February 1, 2005 FN9201.0 FlexiHash For Battery Authentication Features The ISL6296 is a highly cost-effective fixed-secret hash engine based on Intersil’s FlexiHash™ technology. The device authentication is achieved through a challengeresponse scheme customized for low-cost applications,
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ISL6296
FN9201
ISL6296
32-bit
AN1166
crc-calculator
AN1165
AN1167
ISL6296DH-T
ISL6296DHZ-T
ISL6296EVAL1
TB363
BUT24
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BREAK FAILURE INDICATOR APPLICATIONS LIST
Abstract: bth 200 ROM 5-Lead Plastic SOT-23 TRANSISTOR S2A AN1165 AN1166 AN1167 ISL6296 ISL6296DH-T ISL6296DHZ-T
Text: ISL6296 Data Sheet February 1, 2005 FN9201.0 FlexiHash For Battery Authentication Features The ISL6296 is a highly cost-effective fixed-secret hash engine based on Intersil’s FlexiHash™ technology. The device authentication is achieved through a challengeresponse scheme customized for low-cost applications,
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ISL6296
FN9201
ISL6296
32-bit
BREAK FAILURE INDICATOR APPLICATIONS LIST
bth 200
ROM 5-Lead Plastic SOT-23
TRANSISTOR S2A
AN1165
AN1166
AN1167
ISL6296DH-T
ISL6296DHZ-T
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Zener Diode SOT-23 marking x8
Abstract: AN1165 AN1167 ISL6296 ISL6296A ISL6296ADHZ-T ISL6296ADRTZ-T ISL6296EVAL1 TB363 marking code s4r diode
Text: ISL6296A Data Sheet April 15, 2010 FN6567.3 FlexiHash For Battery Authentication Features The ISL6296A is a highly cost-effective fixed-secret hash engine based on Intersil’s FlexiHash technology. The device’s authentication is achieved through a challenge
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ISL6296A
FN6567
ISL6296A
32-Bit
Zener Diode SOT-23 marking x8
AN1165
AN1167
ISL6296
ISL6296ADHZ-T
ISL6296ADRTZ-T
ISL6296EVAL1
TB363
marking code s4r diode
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marking code s4r diode
Abstract: s4r diode AN1165 AN1167 ISL6296 ISL6296A ISL6296ADHZ-T ISL6296ADRTZ-T ISL6296EVAL1 TB363
Text: ISL6296A Data Sheet July 16, 2009 FN6567.2 FlexiHash For Battery Authentication Features The ISL6296A is a highly cost-effective fixed-secret hash engine based on Intersil’s FlexiHash technology. The device’s authentication is achieved through a challenge
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ISL6296A
FN6567
ISL6296A
32-Bit
marking code s4r diode
s4r diode
AN1165
AN1167
ISL6296
ISL6296ADHZ-T
ISL6296ADRTZ-T
ISL6296EVAL1
TB363
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PDF
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Untitled
Abstract: No abstract text available
Text: ISL6296A Data Sheet April 15, 2010 FN6567.3 FlexiHash For Battery Authentication Features The ISL6296A is a highly cost-effective fixed-secret hash engine based on Intersil’s FlexiHash technology. The device’s authentication is achieved through a challenge
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ISL6296A
FN6567
ISL6296A
32-Bit
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AN1165
Abstract: AN1167 ISL6296 ISL6296A ISL6296ADHZ-T ISL6296ADRTZ-T ISL6296EVAL1 TB363 BUT24
Text: ISL6296A Data Sheet October 31, 2007 FN6567.0 FlexiHash For Battery Authentication Features The ISL6296A is a highly cost-effective fixed-secret hash engine based on Intersil’s FlexiHash™ technology. The device’s authentication is achieved through a challenge
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ISL6296A
FN6567
ISL6296A
32-Bit
AN1165
AN1167
ISL6296
ISL6296ADHZ-T
ISL6296ADRTZ-T
ISL6296EVAL1
TB363
BUT24
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PDF
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Untitled
Abstract: No abstract text available
Text: ISL9206 Data Sheet November 17, 2006 FN9260.1 FlexiHash+ For Battery Authentication Features The ISL9206 is a highly cost-effective fixed-secret hash engine based on Intersil’s second generation FlexiHash™ technology. The device authentication is achieved through a
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ISL9206
FN9260
ISL9206
32-Bit
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process flow diagram
Abstract: marking code X5 SOT23 AN1165 AN1167 ISL6296 ISL9206 ISL9206DHZ-T ISL9206DRZ-T TB363 marking code X4 XE SOT23
Text: ISL9206 Data Sheet January 5, 2007 FN9260.2 FlexiHash+ For Battery Authentication Features The ISL9206 is a highly cost-effective fixed-secret hash engine based on Intersil’s second generation FlexiHash™ technology. The device authentication is achieved through a
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ISL9206
FN9260
ISL9206
32-Bit
process flow diagram
marking code X5 SOT23
AN1165
AN1167
ISL6296
ISL9206DHZ-T
ISL9206DRZ-T
TB363
marking code X4 XE SOT23
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marking code DN SOT23
Abstract: marking code 10 sot23 marking code s4r diode s4r diode crc-calculator ROM 5-Lead Plastic SOT-23 TRANSISTOR S2A AN1165 AN1166 AN1167
Text: ISL6296 SIGNS W DE E OR N DED F 06 N E M 2 E ECOM USE ISL9 Data I BL Sheet NOT R MPAT O C IN OR-P PIN-F March 21, 2008 FN9201.2 FlexiHash For Battery Authentication Features The ISL6296 is a highly cost-effective fixed-secret hash engine based on Intersil’s FlexiHash™ technology. The
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ISL6296
SL9206
FN9201
ISL6296
marking code DN SOT23
marking code 10 sot23
marking code s4r diode
s4r diode
crc-calculator
ROM 5-Lead Plastic SOT-23
TRANSISTOR S2A
AN1165
AN1166
AN1167
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bth 20c
Abstract: BUT24
Text: ISL9206 ESIGNS NEW D R O F PART ED EMENT Data Sheet MMEND C O A C L E P R D RE N OT ME N D E A R E C OM ISL9206 January 5, 2007 FN9260.2 FlexiHash+ For Battery Authentication Features The ISL9206 is a highly cost-effective fixed-secret hash engine based on Intersil’s second generation FlexiHash™
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ISL9206
FN9260
ISL9206
bth 20c
BUT24
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BTD24-03S250D
Abstract: No abstract text available
Text: The Fifth Generation, Ultra Small Size, Isolated DC-DC Converter B e i i n i x _ IQWatt BTD Series BTD series is a thin, high efficiency, low noise isolated DC-DC converter. Contrived to adopt new circuit to achieve miniaturization. Circuit construction is high-efficiency and simple.
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AC500V
BDD20070926
BTD24-03S250D
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PDF
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BTD12-12W
Abstract: 12W 60 BTD12-05S200S BTDXX-12SXXX 12S100 BTD05-05S200S BTD24-05S200D SMD 12W 12W 10 SMD
Text: The Fifth Generation, Ultra Small Size, Isolated DC-DC Converter Beiinix _lOWatt BTDSeries BTD series is a thin, high efficiency, low noise isolated DC-DC converter. Contrived to adopt new circuit to achieve miniaturization. Circuit construction is high-efficiency and simple.
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AC500V
BDD20070926
BTD12-12W
12W 60
BTD12-05S200S
BTDXX-12SXXX
12S100
BTD05-05S200S
BTD24-05S200D
SMD 12W
12W 10 SMD
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PDF
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LT1220
Abstract: No abstract text available
Text: «M BTD ÄL B i L E Ä S E Final Electrical Specifications l T E C L T C 1 2 7 4 / L T C 1 2 7 7 m i H N O L O G Y A D C 1 2 - B i t , l O s 1 [ ¿ A w i t h m W S , l O h u O t d k s p s o w n J u n e 1995 KATURCS DCSCRIPTIOn • Low Power Dissipation: 10mW Typical
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OCR Scan
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10Oksps
100kHz
75LSB
160fjA
LTC1277)
30ppm/
24-Lead
LTC1272
LTC1273/75/76
LTC1278
LT1220
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PDF
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icf a 2025
Abstract: ICF 2025 fsk modem 1200 ICL 2025 multi fsk modem LIMING relay AM7910PC Bell-202 fsk modem v.23 fsk 1200 bps modem 1300 2100
Text: H OM 2 1 Cl Final * Advanced Micro Devices A m 7 9 1 0 /1 1 W ORLD-CHIP FSK Modem DISTINCTIVE CHARACTERISTICS Common Capabilities • Commercial, Industrial and Extended temperature range ■ No external filtering required ■ All digital signal processing, digital filtering,
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OCR Scan
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Am7910/11
28-pin
300-bps
1200-bps
Am7910
75-bps
5/16/b9
icf a 2025
ICF 2025
fsk modem 1200
ICL 2025
multi fsk modem
LIMING relay
AM7910PC
Bell-202
fsk modem
v.23 fsk 1200 bps modem 1300 2100
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IC cd 4069
Abstract: mco 8100 msu 305 equivalent msu 305 fsk modem 1200 mc 4069 Bell-202 KSS 8006 79101 brd 505
Text: njnV ? í ' sv a Advanced Micro Devices Am79101 WORLD-CHIP Autodial FSK Modem DISTINCTIVE CHARACTERISTICS • Bell 103,113,108 and CCITT V.21 compatible at 300 bps full-duplex -Call-Progress Tone Detection -Answer-Tone Detection ■ Bell 202 and CCITT V.23 compatible at 1200-bps
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Am79101
1200-bps
150-bps
RS-232C/CCITT
24-type
IC cd 4069
mco 8100
msu 305
equivalent msu 305
fsk modem 1200
mc 4069
Bell-202
KSS 8006
79101
brd 505
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PDF
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circuit diagram of plcc modem
Abstract: v.23 fsk 1200 bps modem v.23 fsk 1200 bps modem 1300 2100 am79101 Bell-202 fsk modem 1200 LM319 multi fsk modem AM7910 11791
Text: «OM 2 1 m Advanced Micro Devices A m 7 9 1 0 /1 1 WORLD-CHIP FSK Modem DISTINCTIVE CHARACTERISTICS Common Capabilities • Complete FSK Modem in 28-pin package ■ Commercial, Industrial and Extended temperature range ■ No external filtering required
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Am7910/11
28-pin
300-bps
1200-bps
RS-232/CCITT
Am7910
Am7911
5/16/B9
circuit diagram of plcc modem
v.23 fsk 1200 bps modem
v.23 fsk 1200 bps modem 1300 2100
am79101
Bell-202
fsk modem 1200
LM319
multi fsk modem
11791
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ef7910
Abstract: DLZ- thomson v.23 fsk 1200 bps modem 1300 2100 IMX03 DLZ thomson
Text: S G S-THOMSON 07» D I 7 T E T £ 37 □ □ 0 Û L E 3 t |~~ 67 D 0 6 6 2 3 D p T S '- 1 3 '0 5 ' EF7910 ADVANCE INFORMATION HM OS F S K M ODEM F S K M O DEM T h e E F 7 9 1 0 is a single-chip asynchronous Frequency S h ift K eying F S K voiceband m odem . It is pin selectable fo r baud rates o f 3 0 0 ,6 0 0 or 1200
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EF7910
ef7910
DLZ- thomson
v.23 fsk 1200 bps modem 1300 2100
IMX03
DLZ thomson
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PDF
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MSM6949
Abstract: No abstract text available
Text: OKI semiconductor MSM6949 ANALOG FRONT END LSI GENERAL DESCRIPTION The MSM6949 is an analog fr o n t end LSI w hich is fabricated by O K I's low power consum ption CMOS silicon gate technology. The MSM6949 is used to im plem ent an analog fro n t end fu n c tio n required in the modem set based on C C ITT V . 26, V . 27 and V . 29 re
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MSM6949
MSM6949
IV-A-91
IV-A-92
IV-A-93
MSM6949SS
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PDF
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Untitled
Abstract: No abstract text available
Text: O K I semiconductor ¿MSM6949 ANALOG FRONT END LSI GENERAL DESCRIPTION The M SM 6949 is an analog front end L S I which is fabricated by Oki's low power consumption C M O S silicon gate technology. The M SM 6949 is used to implement an analog front-end function required in the modem set based on C C IT T V . 26, V . 27 and V . 29 re
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MSM6949
MSM6949
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