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    32.768 90SMX Search Results

    32.768 90SMX Datasheets Context Search

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    90M327-N

    Abstract: 90SMX SMI 90M327 90SMXN
    Text: Quartz Crystal Units 90M327 N STANDARD CRYSTALS 90SMX(N) STANDARD SPECIFICATIONS Actual Size P/N 90M327(N) 90SMX(N) F 32.768 kHz ∆f/F ± 30 ppm Load capacitance CL 12.5 pF, Typical Equivalent series resistance Rs 50 kΩ max. Drive level P 1.0 µW max.


    Original     		90M327 90SMX 3000pcs. 330mm 90M327-N SMI 90M327 90SMXN PDF

    32.768 90SMX

    Abstract: 90SMX 90M327-N 90M327 90SMX(N)20 SMD XTAL ESR
    Text: Quartz Crystal Units 90SMX FAMILY STANDARD 32.768 kHz SMD CRYSTALS 90SMX N STANDARD SPECIFICATIONS Symbol Actual Size 90SMX(S) Load capacitance Actual Size 90SMX(S) 90SMX(N) 7.9±0.1 8.7max. 0.3 #3 #1 #2 0.9 #2 5 0.5 #1 #2 #4 #3 #1 #2 0.5 #4 #3 5.5 5.0 0.5


    Original     		90SMX 90M327 3000pcs 32.768 90SMX 90M327-N 90SMX(N)20 SMD XTAL ESR PDF

    90SMX

    Abstract: DC100V
    Text: SURFACE MOUNT WATCH CRYSTAL 90SMX Hy-Q International 10.41± Max. 9.40±0.20 4 3 1 2 4 3 1 2 4.06±0.20 Max. ELECTRODE ARRANGEMENT 3.0±0.2 3.56 Max. 0.51±0.10 TYP. 2.54 Max. 0.2±0.05 Min. 2.29±0.2 CARRIER TAPE AND REEL DIMENSIONS 16.4 2.0 2.0 ø1.5 TYP.


    Original     		90SMX 20ppm DC100V 006ppm/ 003pF 90SMX DC100V PDF

    epson 32.768KHZ CRYSTALS

    Abstract: CI00003EP 32.768 90SMX QUARTZ 32,768KHz epson 90SMX quartz resonator 32768 MC405 MC406 Seiko Epson 20000kHz
    Text: Surface Mount Quartz Crystals - Seiko Epson Low Frequency MC405/406 Series Features • Frequency range 20.00kHz - 165.00kHz • High density mounting type SMD • Photolithography finish allows uniform & stable performance • Excellent shock resistance & environmental


    Original     		MC405/406 00kHz 00kHz 768kHz MC406 90SMX 20ppm 50ppm epson 32.768KHZ CRYSTALS CI00003EP 32.768 90SMX QUARTZ 32,768KHz epson quartz resonator 32768 MC405 Seiko Epson 20000kHz PDF

    Citizen CM200

    Abstract: CM200S 32768 quartz CM200 32.768 90SMX CM200 citizen CM200 91SMX Seiko Epson CM201
    Text: Specify CITIZEN Plastic Moulded Watch Crystals CM200 & CM201/CM202 0.5 3.56 Max 2.5 Max 2.43 Pin 1 2.29 2.54 2.54 0.5 0.51 10.41 Max 8.0 Max 2# CM200S 4# 3# 1# 2# 4.06 Max 1# 3.8 Max 3# 3.4 9.40 4# CM201 & CM202 APPLICATIONS FEATURES High Density Mounting


    Original     		CM200 CM201/CM202 CM200S CM201 CM202 CM201 91SMX) CM200S CM202 90SMX) Citizen CM200 32768 quartz CM200 32.768 90SMX CM200 citizen CM200 91SMX Seiko Epson PDF

    CC4V-T1A 32.768 Khz

    Abstract: t1A smd 8039A-AVR-07 ATMEGA3290P CC4V 8039A SBX-23 smd t1A smd transistor t1A SBX-13
    Text: AVR511: Migration from ATmega3290/6490 to ATmega3290P/6490P Features • General Porting Considerations • Register and bit names • Clock sources 8-bit Microcontrollers Application Note 1 Introduction This application note summarizes the relevant differences when migrating from


    Original     		AVR511: ATmega3290/6490 ATmega3290P/6490P ATmega3290P/6490P. ATmega3290P/6490P ATmega3290/6490, 039A-AVR-07/06 CC4V-T1A 32.768 Khz t1A smd 8039A-AVR-07 ATMEGA3290P CC4V 8039A SBX-23 smd t1A smd transistor t1A SBX-13 PDF

    168P

    Abstract: 8035A AVR512 SBX-23 smd transistor t1A ATMEGA48P 32,768 epson mc-306 32.768 khz 85smx 85SMX t1A transistor smd
    Text: AVR512: Migration from ATmega48/88/168 to ATmega48P/88P/168P Features • General Porting Considerations • Register and bit names • Low-frequency Crystal / Timer/Counter Oscillator 8-bit Microcontrollers Application Note 1 Introduction This application note summarizes the relevant differences when migrating from


    Original     		AVR512: ATmega48/88/168 ATmega48P/88P/168P ATmega48P/88P/168P. ATmega48P/88P/168P ATmega48/88/168, 035A-AVR-07/06 168P 8035A AVR512 SBX-23 smd transistor t1A ATMEGA48P 32,768 epson mc-306 32.768 khz 85smx 85SMX t1A transistor smd PDF

    32.768 khz 85smx

    Abstract: SBX-13 85SMX CMAC E4WC Microcrystal CC7V-T1A smd bp smd transistor t1A smd transistor t1A 13 85SMX sbx-23
    Text: AVR514: Migration from ATmega325 to ATmega325P Features • General Porting Considerations • Register and bit names • Low-frequency Crystal / Timer/Counter Oscillator 8-bit Microcontrollers Application Note 1 Introduction This application note summarizes the relevant differences when migrating from


    Original     		AVR514: ATmega325 ATmega325P ATmega325P. ATmega325P ATmega325, 063A-AVR-03/07 32.768 khz 85smx SBX-13 85SMX CMAC E4WC Microcrystal CC7V-T1A smd bp smd transistor t1A smd transistor t1A 13 85SMX sbx-23 PDF

    AVR508: Migration from ATmega644 to ATmega644P

    Abstract: ATmega644 AVR508 ATMEGA644P SBX-23 85SMX 90SMX SMD t1A Transistor t1A transistor smd C-001R
    Text: AVR508: Migration from ATmega644 to ATmega644P Features • General Porting Considerations • Register and bit names • Low-frequency Crystal and Timer/Counter Oscillator 8-bit Microcontrollers Application Note 1 Introduction This application note summarizes the relevant differences when migrating from


    Original     		AVR508: ATmega644 ATmega644P ATmega644P. ATmega644P ATmega644, AVR508: Migration from ATmega644 to ATmega644P AVR508 SBX-23 85SMX 90SMX SMD t1A Transistor t1A transistor smd C-001R PDF

    sbx-23

    Abstract: 32.768 khz 85smx 85SMX t1A transistor smd 90SMX C-001R C-002RX C-004R C-005R MC-306
    Text: AVR507: Migration from ATmega329 to ATmega329P Features • General Porting Considerations • Register and bit names • Low-frequency Crystal / Timer/Counter Oscillator 8-bit Microcontrollers Application Note 1 Introduction This application note summarizes the relevant differences when migrating from


    Original     		AVR507: ATmega329 ATmega329P ATmega329P. ATmega329P ATmega329, 8036B-AVR-11/06 sbx-23 32.768 khz 85smx 85SMX t1A transistor smd 90SMX C-001R C-002RX C-004R C-005R MC-306 PDF

    atmega48a

    Abstract: 8280A atmel 306 ATMEGA48 t1A smd 32.768 khz 85smx AVR532 ATMEGA48P SBX-14 SBX-13
    Text: AVR532: Migration from ATmega48/88/168 to ATmega48A/88A/168A 1 Introduction The ATmega48A/88A/168A is a functionally identical, drop-in replacement for the ATmega48/88/168. All devices are subject to the same qualification process and same set of production tests, but as the manufacturing process is not the same


    Original     		AVR532: ATmega48/88/168 ATmega48A/88A/168A ATmega48A/88A/168A ATmega48/88/168. 280A-AVR-12/09 atmega48a 8280A atmel 306 ATMEGA48 t1A smd 32.768 khz 85smx AVR532 ATMEGA48P SBX-14 SBX-13 PDF

    85SMX

    Abstract: AVR506 atmel 306 atmega169p 8028C-AVR-02 32,768 epson mc-306 sbx-23 SBX-13
    Text: AVR506: Migration from ATmega169 to ATmega169P Features • • • • • General Porting Considerations Register and bit names Memory Clock sources IO pins 8-bit Microcontrollers Application Note 1 Introduction This application note summarizes the relevant differences when migrating from


    Original     		AVR506: ATmega169 ATmega169P ATmega169P. ATmega169P ATmega169, 8028C-AVR-02/07 85SMX AVR506 atmel 306 8028C-AVR-02 32,768 epson mc-306 sbx-23 SBX-13 PDF

    85SMX

    Abstract: 32.768 khz 85smx MS2V-T1R endrich CRYSTAL CMAC AVR-51 GSX-200 atmel 306 SBX-23 90SMX
    Text: AVR513: Migration from ATmega165 to ATmega165P Features • • • • • General Porting Considerations Register and bit names Memory Clock sources IO pins 8-bit Microcontrollers Application Note 1 Introduction This application note summarizes the relevant differences when migrating from


    Original     		AVR513: ATmega165 ATmega165P ATmega165P. ATmega165P ATmega165, 064A-AVR-03/07 85SMX 32.768 khz 85smx MS2V-T1R endrich CRYSTAL CMAC AVR-51 GSX-200 atmel 306 SBX-23 90SMX PDF

    ATMEGA16 atmega164* migration

    Abstract: atmega16 smd 32.768 khz 85smx MS3V-T1R 32 644p AVR508 ATMega16 SBX-13 MS2V-T1R AS 324P
    Text: AVR505: Migration between ATmega16/32 and ATmega164P/324P/644P Features • • • • • • • • • • General porting considerations Memories I/O Mapping and SRAM EEPROM Programming External 32 kHz Watch Crystal Changes To Register and Bit Names


    Original     		AVR505: ATmega16/32 ATmega164P/324P/644P ATmega164P ATmega324P ATmega16 ATmega32 ATmega644P ATmega164P/324P/644P ATMEGA16 atmega164* migration atmega16 smd 32.768 khz 85smx MS3V-T1R 32 644p AVR508 SBX-13 MS2V-T1R AS 324P PDF

    RSKR32C111

    Abstract: AN6884 schematic e8a JA126
    Text: To our customers, Old Company Name in Catalogs and Other Documents On April 1st, 2010, NEC Electronics Corporation merged with Renesas Technology Corporation, and Renesas Electronics Corporation took over all the business of both companies. Therefore, although the old company name remains in this document, it is a valid


    Original     		R32C/111 REG10J0150-0090 RSKR32C111 AN6884 schematic e8a JA126 PDF

    PIC16F72 inverter ups

    Abstract: UPS inverter PIC16F72 PIC16F676 inverter hex code 16F877 with sd-card and lcd project circuit diagram wireless spy camera NH82801GB xmega-a4 online ups service manual back-ups ES 500 ARM LPC2148 INTERFACING WITH RFID circuit diagram realtek rtd 1186
    Text: the solutions are out there you just haven’t registered yet. RoadTest the newest products in the market! View the latest news, design support and hot new technologies for a range of applications Join the RoadTest group and be in with a chance to trial exclusive new products for free. Plus, read


    Original     		element-14 element14. element14, PIC16F72 inverter ups UPS inverter PIC16F72 PIC16F676 inverter hex code 16F877 with sd-card and lcd project circuit diagram wireless spy camera NH82801GB xmega-a4 online ups service manual back-ups ES 500 ARM LPC2148 INTERFACING WITH RFID circuit diagram realtek rtd 1186 PDF