MMCC3 Search Results

xo 405 mf

Abstract: SM 8002C staa9fc SG-615PH C nct040c saronix nch060c hosonic crystal cross reference saronix NTH069C Siward crystal xtal Saronix STAA9FC
Contextual Info: 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

Contextual Info: MMCC-2 Series Tuning Fork Crystals Precision 32.768 kHz quartz crystals for realtime applications The majority of applications use a 32.768 kHz crystal in an oscillator circuit incorporating binary division to produce a 1 Hz output. Environmental Table 1 Electrical Specifications

OCXO piezo

Contextual Info: YEARS Frequency & Spectrum Control Solutions 1965 Mechtronics, Inc. starts in Yankton SD Piezo Technology, Inc. starts in Orlando FL YOU LEARN A LOT IN FIFTY YEARS . . . 1967 – QPL MIL-PRF-55310 Crystals 1973 – First: space monolithic crystal filters 1980 – Tactical miniature XO

crystal 32kHZ

Abstract: FSR327 m-tron crystal 32KHz crystal 12.5pF mtron crystal oscillator SM3A RSM200S m-tron Caliber Electronics
Contextual Info: 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

Contextual Info: MMCC-2 and MMCC-3 Tuning Fork Crystals Precision 32.768 kHz quartz crystals for realtime applications The majority of applications use a 32.768 kHz crystal in an oscillator circuit incorporating binary division to produce a 1 Hz output. *MMCC-2-R MMCC-3 OBSOLETE

MMCC3

Contextual Info: MMCC-2 and MMCC-3 Tuning Fork Crystals Precision 32.768 kHz quartz crystals for realtime applications The majority of applications use a 32.768 kHz crystal in an oscillator circuit incorporating binary division to produce a 1 Hz output. *MMCC-2-R Table 1 Environmental

Contextual Info: MMCC-1, MMCC-2, and MMCC-3 Tuning Fork Crystals Precision 32.768 kHz quartz crystals for realtime applications The majority of applications use a 32.768 kHz crystal in an oscillator circuit incorporating binary division to produce a 1 Hz output. *MMCC-1-R

mtron crystal oscillator

Abstract: M-tron Quartz Crystals Mtron crystal 32.768 crystal oscillator 32.768 m-tron crystal 32.768 32.768 khz crystal 32,768KHz
Contextual Info: MMCC-1, MMCC-2, and MMCC-3 Tuning Fork Crystals Precision 32.768 kHz quartz crystals for realtime applications The majority of applications use a 32.768 kHz crystal in an oscillator circuit incorporating binary division to produce a 1 Hz output. Electrical Specifications

Contextual Info: MMCC-1, MMCC-2, and MMCC-3 Tuning Fork Crystals Precision 32.768 kHz quartz crystals for realtime applications The majority of applications use a 32.768 kHz crystal in an oscillator circuit incorporating binary division to produce a 1 Hz output. *MMCC-1 00.0000 MHz customer specified frequency

6pf 32khz crystal oscillator

Abstract: FSR327 32KHz crystal CRYSTAL 32.768KHz 12.5pf 12.5PF 20PPM SM1b SM-1B crystal 32kHZ RSM200S sm1a mtron crystal oscillator
Contextual Info: Maxim > App Notes > 1-Wire DEVICES REAL-TIME CLOCKS Keywords: RTCs, crystal, 32kHz, real time clocks, oscillator, time keeping, timekeeping, 32768Hz, 32.768kHz Jun 21, 2001 APPLICATION NOTE 616 Considerations for Maxim Real-Time Clock Crystal Selection Abstract: This application note describes crystal selection criteria and proper layout techniques for connecting a

32768 quartz

Contextual Info: MMCC-1, MMCC-2, and MMCC-3 Tuning Fork Crystals Precision 32.768 kHz quartz crystals for realtime applications The majority of applications use a 32.768 kHz crystal in an oscillator circuit incorporating binary division to produce a 1 Hz output. *MMCC-1-R