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    NTF3238 Price and Stock

    N/A NTF3238E-F

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    Bristol Electronics NTF3238E-F 75
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    Pericom Semiconductor Corporation NTF3238EF

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    Bristol Electronics NTF3238EF 48
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    Saronix NTF3238E

    CRYSTAL,TUNING FORK,32.768KHZ,3X8
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    Quest Components NTF3238E 765
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    NTF3238E 60
    • 1 $1.75
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    Saronix NTF3238E-F

    CRYSTAL,TUNING FORK,32.768KHZ,3X8
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Quest Components NTF3238E-F 220
    • 1 $1.05
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    Others NTF3238E

    CRYSTAL,TUNING FORK,32.768KHZ,3X8
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Quest Components NTF3238E 5
    • 1 $1.75
    • 10 $1.4
    • 100 $1.4
    • 1000 $1.4
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    NTF3238 Datasheets (2)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    NTF3238E Pericom Semiconductor IC CRYSTALS 0.032768MHZ 13PF TH Original PDF
    NTF3238E SaRonix XTAL,TUNING FORK,32.768KHZ Original PDF

    NTF3238 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    Quartz Crystals 32768

    Abstract: MIL-STD-883 Method 1011 crystal 32.768 NTF3238 32768 quartz "mil-std-883 method 1014 condition A2"
    Text: NTF3238 / NTF3226 Series Tuning Fork Quartz Crystals 32.768 kHz Tubular Crystal Actual Sizes Product Description The NTF tuning fork type quartz crystal provides a reliable, stable, and accurate 32.768 kHz reference. The NTF are available in two package sizes for realtime or low power applications.


    Original     		PDF NTF3238 NTF3226 NTF3226 NTF3238 DS-118 Quartz Crystals 32768 MIL-STD-883 Method 1011 crystal 32.768 32768 quartz "mil-std-883 method 1014 condition A2"

    Quartz Crystals 32768

    Abstract: NTF3238
    Text: NTF3238 / NTF3226 Series Tuning Fork Quartz Crystals 32.768 kHz Tubular Crystal Actual Sizes Product Description The NTF tuning fork type quartz crystal provides a reliable, stable, and accurate 32.768 kHz reference. The NTF are available in two package sizes for realtime or low power applications.


    Original     		PDF NTF3238 NTF3226 NTF3238 NTF3226 DS-118 Quartz Crystals 32768

    NTF3238E

    Abstract: NTF3238E-F NTF3226E-F NTF3226E
    Text: Pericom Semiconductor Corp. • 3545 North First St. • San Jose, CA 95134 • USA PRODUCT/PROCESS CHANGE NOTICE PCN PCN Number: 05-18 Means of Distinguishing Changed Devices: Product Mark Date: November 8, 2005 Product(s) Affected: NTF3226E and NTF3238E


    Original     		PDF NTF3226E NTF3238E NTF3238E-F NTF3226E NTF3226E-F FR-0320 NTF3238E NTF3238E-F NTF3226E-F

    Quartz Crystals 32768

    Abstract: NTF3238 Crystals 32.768 PM 3226
    Text: Tuning Fork Quartz Crystals 32.768 kHz Tubular Crystal Technical Data NTF3238 / NTF3226 Series Electrical Specifications Nominal Frequency at 25°C f NTF3238 Frequency Tolerance ACTUAL SIZE Description The NTF tuning fork type quartz crystal provides the circuit designer with the ultimate in size, performance, and economic


    Original     		PDF NTF3238 NTF3226 NTF3238 NTF3226 DS-118 Quartz Crystals 32768 Crystals 32.768 PM 3226

    G13270007

    Abstract: G43270017 NTF3238E-F 32S12C 32S12C-F "Replacement FOR" Pericom NTF3238E NTF3226E-F
    Text: Pericom Semiconductor Corp. • 3545 North First St. • San Jose, CA 95134 • USA PRODUCT DISCONTINUANCE NOTIFICATION PDN PDN Number: #10-1101 Issue Date:Nov 9, 2010 Product(s) Affected: Quartz Crystal Tuning Fork: 1) G1 type: NTF3238E & NTF3238E-F(T)


    Original     		PDF NTF3238E NTF3238E-F G13270007 NTF3226E-F G23270013 32S12C-F G43270017 FR-0321 G13270007 G43270017 32S12C "Replacement FOR" Pericom NTF3238E NTF3226E-F

    Quartz Crystals 32768

    Abstract: 3238E Saronix 32768 NTF3238 Crystals 32.768 NTF3238E
    Text: SaRonix Tuning Fork Quartz Crystals 32.768 kHz Tubular Crystal Technical Data NTF3238 / NTF3226 Series Electrical Specifications NTF3238* Nominal Frequency at 25°C f Frequency Tolerance ±20 ppm Turnover Temperature ACTUAL SIZE Description The NTF tuning fork type quartz crystal


    Original     		PDF NTF3238 NTF3226 NTF3238* 3238E) DS-118 Quartz Crystals 32768 3238E Saronix 32768 Crystals 32.768 NTF3238E

    ICM7170IPG

    Abstract: ICM7170 ICM7170AIBG ICM7170AIPG ICM7170IBG ICM7170IDG TB363 TB379 Diode Mark ON B14
    Text: ICM7170 TM Data Sheet Microprocessor-Compatible, Real-Time Clock The ICM7170 real time clock is a microprocessor bus compatible peripheral, fabricated using Intersil’s silicon gate CMOS LSl process. An 8-bit bidirectional bus is used for the data I/O circuitry. The clock is set or read by accessing the 8


    Original     		PDF ICM7170 ICM7170 300ns ICM7170IPG ICM7170AIBG ICM7170AIPG ICM7170IBG ICM7170IDG TB363 TB379 Diode Mark ON B14

    xo 405 mf

    Abstract: SM 8002C staa9fc SG-615PH C nct040c saronix nch060c hosonic crystal cross reference saronix NTH069C Siward crystal xtal Saronix STAA9FC
    Text: GENERAL COMPETITOR CROSS REFERENCE Manufacturer Part Number Abracon Abracon Abracon Abracon Abracon Abracon Bliley Champion Champion Champion Champion Citizen Citizen Citizen Citizen Citizen Citizen Citizen Citizen Citizen Citizen Citizen Citizen Citizen Citizen


    Original     		PDF ABS07 ABS09 ABS10 ABS13 ABS25 C85A969 1629-A1 CFS-145 CFS-206 CFS-308 xo 405 mf SM 8002C staa9fc SG-615PH C nct040c saronix nch060c hosonic crystal cross reference saronix NTH069C Siward crystal xtal Saronix STAA9FC

    ICM7170

    Abstract: icl7665 ICM7170AIBG SCHEMATIC circuit scr oscillator ICM7170AIPG ICM7170IBG ICM7170IPG TB363 TB379 12 hour digital clock
    Text: T ODUC MENT TE PR E CE L A O L S P t OB RE D E ent er a D N port C /design MME p O u C S l E a m NO R chnicSheet eData rsil.co t our T or www.inte c a t n o c SIL INTER 1-888- ICM7170 Microprocessor-Compatible, Real-Time Clock November 2003 FN3019.6 Features


    Original     		PDF ICM7170 FN3019 ICM7170 icl7665 ICM7170AIBG SCHEMATIC circuit scr oscillator ICM7170AIPG ICM7170IBG ICM7170IPG TB363 TB379 12 hour digital clock

    crystal 32kHZ

    Abstract: FSR327 m-tron crystal 32KHz crystal 12.5pF mtron crystal oscillator SM3A RSM200S m-tron Caliber Electronics
    Text: REAL-TIME CLOCKS Application Note 616: Jun 21, 2001 Considerations for Real-Time Clock Crystal Selection This application note describes crystal selection criteria and proper layout techniques for connecting a 32kHz crystal to a real-time clock RTC . Following these guidelines will prevent time errors and


    Original     		PDF 32kHz 768kHz capa30PPM SX1575 /-30PPM SX1555 com/an616 MAX6900: MAX6901: MAX6902: crystal 32kHZ FSR327 m-tron crystal 32KHz crystal 12.5pF mtron crystal oscillator SM3A RSM200S m-tron Caliber Electronics

    32S12C

    Abstract: S1613 GPS ST1507 54 smd device 6 pin sy 166 smd transistor kn ST1517 NTF3238 S1577 ST1307
    Text: DECISION TREE VCXO Decision Table Package Supply V Jitter Logic Type CMOS SMD Ceramic Size 7 x 5mm 3.3 5.0 X LVDS SMD Ceramic 7 x 5mm SaRonixeCERA Part Series Legacy Part Series 50 32 ~ 100 YN, 3.3V ST1307 U 1 ~ 32 50 32 ~ 100 YN, 5.0V ST1507 M 32 ~ 125


    Original     		PDF ST1307 ST1507 ST1317 ST1517 S1577 11a/b/g/n TREE-07-2007 32S12C S1613 GPS ST1507 54 smd device 6 pin sy 166 smd transistor kn ST1517 NTF3238 S1577 ST1307

    IBM PC xt schematics

    Abstract: ICM7170IPG ICM7170 ICM7170AIBG ICM7170AIDG ICM7170AIPG ICM7170AMDG ICM7170IBG ICM7170IDG ICM7170MDG
    Text: [ /Title ICM7 170 /Subject (Micro processorCompatible, RealTime Clock) /Autho r () /Keywords (Intersil Corporation, Real Time Clock, Battery Backu p, Internal Oscillator, Microprocessor interface, Data ICM7170 Microprocessor-Compatible, Real-Time Clock August 1997


    Original     		PDF ICM7170 ICM7170 1N914-type IBM PC xt schematics ICM7170IPG ICM7170AIBG ICM7170AIDG ICM7170AIPG ICM7170AMDG ICM7170IBG ICM7170IDG ICM7170MDG

    8155 intel microprocessor block diagram

    Abstract: 8155 intel microprocessor pin diagram real time clock using 8085 microprocessor MM5871 timing diagram of call instruction in 8085 microprocessor 8085 interfacing 8155 ram 8155 microprocessor block diagram MM58174 8085 microprocessor SARONIX 93
    Text: National Semiconductor Application Note 359 Steve Munich April 1991 INTRODUCTION National Semiconductor’s MM58174A microprocessor real time clock is a reliable and economical solution to adding clock and calendar timekeeping to any system This metalgate CMOS circuit Figure 1 will operate with a supply voltage as low as 2 2V allowing easy implementation of battery


    Original     		PDF MM58174A MM58174A 8155 intel microprocessor block diagram 8155 intel microprocessor pin diagram real time clock using 8085 microprocessor MM5871 timing diagram of call instruction in 8085 microprocessor 8085 interfacing 8155 ram 8155 microprocessor block diagram MM58174 8085 microprocessor SARONIX 93

    ICM7170

    Abstract: ac voltage regulator using SCR circuit diagram digital clock using logic gates counting second ic 74ls245 pdf datasheet ICM7170AIBG ICM7170AIPG ICM7170IBG ICM7170IPG TB363 TB379
    Text: ICM7170 Data Sheet May 2003 Microprocessor-Compatible, Real-Time Clock FN3019.5 Features The ICM7170 real time clock is a microprocessor bus compatible peripheral, fabricated using Intersil’s silicon gate CMOS LSl process. An 8-bit bidirectional bus is used for the


    Original     		PDF ICM7170 FN3019 ICM7170 ac voltage regulator using SCR circuit diagram digital clock using logic gates counting second ic 74ls245 pdf datasheet ICM7170AIBG ICM7170AIPG ICM7170IBG ICM7170IPG TB363 TB379

    ICM7170

    Abstract: ICM7170IPG ICM7170MDG ICM7170AMDG ICM7170IBG ICM7170AIBG ICM7170AIDG ICM7170AIPG ICM7170IDG ICM7170M
    Text: ICM7170 S E M I C O N D U C T O R µP-Compatible Real-Time Clock March 1996 Features Description • 8-Bit µP Bus Compatible - Multiplexed or Direct Addressing The ICM7170 real time clock is a microprocessor bus compatible peripheral, fabricated using Harris’ silicon gate


    Original     		PDF ICM7170 ICM7170 1N914-type ICM7170IPG ICM7170MDG ICM7170AMDG ICM7170IBG ICM7170AIBG ICM7170AIDG ICM7170AIPG ICM7170IDG ICM7170M

    ICM7170

    Abstract: 74ls139 decoder pin configuration digital clock using logic gates counting second ic 74ls245 pdf datasheet ICM7170IPG ICM7170MDG 35pf trimmer capacitor 74ls139 datasheet Digital Alarm Clock by using ttl icl7665
    Text: ICM7170 S E M I C O N D U C T O R Microprocessor-Compatible, Real-Time Clock August 1997 Features Description • 8-Bit, µP Bus Compatible - Multiplexed or Direct Addressing The ICM7170 real time clock is a microprocessor bus compatible peripheral, fabricated using Harris’ silicon gate


    Original     		PDF ICM7170 ICM7170 1N914-type 74ls139 decoder pin configuration digital clock using logic gates counting second ic 74ls245 pdf datasheet ICM7170IPG ICM7170MDG 35pf trimmer capacitor 74ls139 datasheet Digital Alarm Clock by using ttl icl7665

    ICM7170

    Abstract: ICM7170AIBG ICM7170AIDG ICM7170AIPG ICM7170AMDG ICM7170MDG 3019 Transistor
    Text: ICM7170 S E M I C O N D U C T O R µP-Compatible Real-Time Clock December 1993 Features Description • 8-bit µP Bus Compatible - Multiplexed or Direct Addressing The ICM7170 real time clock is a microprocessor bus compatible peripheral, fabricated using Harris’ silicon gate


    Original     		PDF ICM7170 ICM7170 1N914-type ICM7170AIBG ICM7170AIDG ICM7170AIPG ICM7170AMDG ICM7170MDG 3019 Transistor

    ICM7170MDG

    Abstract: ICM7170 ICM7170AIBG ICM7170AIDG ICM7170AIPG ICM7170AMDG ICM7170IBG ICM7170IDG ICM7170IPG ICM717
    Text: ICM7170 S E M I C O N D U C T O R µP-Compatible, Real-Time Clock April 1997 Features Description • 8-Bit, µP Bus Compatible - Multiplexed or Direct Addressing The ICM7170 real time clock is a microprocessor bus compatible peripheral, fabricated using Harris’ silicon gate


    Original     		PDF ICM7170 ICM7170 1N914-type ICM7170MDG ICM7170AIBG ICM7170AIDG ICM7170AIPG ICM7170AMDG ICM7170IBG ICM7170IDG ICM7170IPG ICM717

    7170

    Abstract: No abstract text available
    Text: ICM7170 jaP-Compatible Real-Time Clock GENERAL DESCRIPTION FEATURES The ICM7170 real time clock is a microprocessor bus compatible peripheral, fabricated using Harris’ silicon gate CMOS LSI process. An 8 -bit bidirectional bus is used for the data I/O circuitry. The clock is set or read by accessing the


    OCR Scan     		PDF ICM7170 ICM7170 1N914-type 7170

    Untitled

    Abstract: No abstract text available
    Text: ÌCM7170 HARRIS S E M I C O N D U C T O R |iP-Compatible, Real-Time Clock A pril 1997 Features Description • 8-Bit, |^P Bus Com patible T he IC M 7170 real tim e clo ck is a m icro p ro ce sso r bus com p atib le peripheral, fab ricated using H a rris’ silicon gate


    OCR Scan     		PDF CM7170 N914-type ICM7170

    7170AIBG

    Abstract: 7170IDG 7170AIPG LD620 icm7170aidg note com IBM battery circuit
    Text: ÌCM7170 HARRIS S E M I C O N D U C T O R Microprocessor-Compatible, Real-Time Clock August 1997 Features Description • 8-Bit, |^P Bus Com patible The ICM7170 real time clock is a microprocessor bus compatible peripheral, fabricated using Harris’ silicon gate


    OCR Scan     		PDF CM7170 ICM7170 1N914-type 7170AIBG 7170IDG 7170AIPG LD620 icm7170aidg note com IBM battery circuit

    Untitled

    Abstract: No abstract text available
    Text: ICM7170 Semiconductor Microprocessor-Compatible, Real-Time Clock August 1997 Features Description • 8-Bit, |^P Bus Com patible The ICM7170 real time clock is a microprocessor bus compatible peripheral, fabricated using Harris’ silicon gate CMOS LSI process. An 8-bit bidirectional bus is used for the


    OCR Scan     		PDF ICM7170 ICM7170 1N914-type

    ICM7170AIBG

    Abstract: chystal ICM7170
    Text: 43DSB71 DGSEa^S H T «HAS ICM7170 a «Ara=« |xP-Compatible Real-Time Clock December 1993 Features Description • 8-bit iP Bus Compatible - Multiplexed or Direct Addressing The ICM7170 real time clock is a microprocessor bus com­ patible peripheral, fabricated using Harris' silicon gate


    OCR Scan     		PDF 43Q2B71 ICM7170 300ns A1N914-type ICM7170AIBG chystal

    7170 MOSFET

    Abstract: la 4127 ICM7170AIDG CM7170 ICM7170AMDG ic 7170
    Text: ICM7170 jLiP-Compatible Real-Time Clock GENERAL DESCRIPTION FEATURES The ICM7170 real time clock is a microprocessor bus compatible peripheral, fabricated using Harris' silicon gate CMOS LSI process. An 8-bit bidirectional bus is used for the data I/O circuitry. The clock is set or read by accessing the


    OCR Scan     		PDF ICM7170 ICM7170 300ns 1N914-type 7170 MOSFET la 4127 ICM7170AIDG CM7170 ICM7170AMDG ic 7170