E4WC Search Results

E4WC

Abstract: 32.768 khz crystal 5ppm
Contextual Info: E4WCDA06-32.768K RoHS Pb E4WC D A 06 -32.768K Series RoHS Compliant Pb-Free 2.1mm x 6.3mm Cylindrical Watch Crystal Nominal Frequency 32.768KHz Load Capacitance 6.0pF Parallel Resonant Frequency Tolerance ±20ppm at 25°C Operating Temperature Range -10°C to +60°C

CR50

Abstract: A10C
Contextual Info: E4WC Series E4WC • RoHS Compliant Pb-Free • 32.768kHz watch crystal • Miniature cylindrical package • ±20ppm frequency tolerance • 6.0pF or 12.5pF load capacitance available H L 6.3 2.1 CRYSTAL NOTES

CR50

Abstract: 32.768k
Contextual Info: E4WC Series E4WC • RoHS Compliant Pb-Free • 32.768kHz watch crystal • Miniature cylindrical package • ±20ppm frequency tolerance • 6.0pF or 12.5pF Parallel Resonant load capacitance available H L 6.3 2.1 CRYSTAL NOTES

E4WC

Abstract: 32.768k CR50
Contextual Info: E4WC Series E4WC • RoHS Compliant Pb-Free • 32.768kHz watch crystal • Miniature cylindrical package • ±20ppm frequency tolerance • 6.0pF or 12.5pF load capacitance available H L 6.3 2.1 CRYSTAL NOTES

CR50

Abstract: A10C
Contextual Info: E4WC Series E4WC • RoHS Compliant Pb-Free • 32.768kHz watch crystal • Miniature cylindrical package • ±20ppm frequency tolerance • 6.0pF or 12.5pF load capacitance available H L 6.3 2.1 CRYSTAL NOTES

Contextual Info: E4WCDA06-32.768K RoHS Pb E4WC D A 06 -32.768K Series RoHS Compliant Pb-Free 2.1mm x 6.3mm Cylindrical Watch Crystal Nominal Frequency 32.768KHz Load Capacitance 6.0pF Parallel Resonant Frequency Tolerance ±20ppm at 25°C Operating Temperature Range -10°C to +60°C

Contextual Info: E4WCDA06-32.768K RoHS E4WC D A 06 -32.768K Series Watch Crystal Resonator 2.1mm x 6.3mm Thru-Hole Metal Cylindrical Nominal Frequency 32.768KHz Load Capacitance 6.0pF Parallel Resonant Frequency Tolerance ±20ppm at 25°C Operating Temperature Range -10°C to +60°C

Contextual Info: Return to Specification Page Search! E4WC Series Recommended Solder Reflow Methods High Temperature Solder Bath Wave Solder Low Temperature Solder Bath (Wave Solder) High Temperature Manual Soldering Low Temperature Manual Soldering Solder Reflow Profile

Contextual Info: E4WCDA12-32.768K RoHS Pb E4WC D A 12 -32.768K Series RoHS Compliant Pb-Free 2.1mm x 6.3mm Cylindrical Watch Crystal Nominal Frequency 32.768KHz Load Capacitance 12.5pF Parallel Resonant Frequency Tolerance ±20ppm at 25°C Operating Temperature Range -10°C to +60°C

2012 tuning fork

Contextual Info: E4WCDA12-32.768K RoHS E4WC D A 12 -32.768K Series Watch Crystal Resonator 2.1mm x 6.3mm Thru-Hole Metal Cylindrical Nominal Frequency 32.768KHz Load Capacitance 12.5pF Parallel Resonant Frequency Tolerance ±20ppm at 25°C Operating Temperature Range -10°C to +60°C

ATMEGA16 atmega164* migration

Abstract: atmega16 smd 32.768 khz 85smx MS3V-T1R 32 644p AVR508 ATMega16 SBX-13 MS2V-T1R AS 324P
Contextual Info: 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

sbx-23

Abstract: 32.768 khz 85smx 85SMX t1A transistor smd 90SMX C-001R C-002RX C-004R C-005R MC-306
Contextual Info: 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

85SMX

Abstract: 32.768 khz 85smx MS2V-T1R endrich CRYSTAL CMAC AVR-51 GSX-200 atmel 306 SBX-23 90SMX
Contextual Info: 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

atmega48a

Abstract: 8280A atmel 306 ATMEGA48 t1A smd 32.768 khz 85smx AVR532 ATMEGA48P SBX-14 SBX-13
Contextual Info: 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

M41T65

Contextual Info: M41T62, M41T63 M41T64, M41T65 Low-power serial real-time clocks RTCs with alarm Datasheet - production data • 32 KHz square wave output is on at power-up. Suitable for driving a microcontroller in lowpower mode. Can be disabled. (M41T62/63/64) 3mm 3mm

Contextual Info: M41T62, M41T63 M41T64, M41T65 Serial real-time clocks RTCs with alarm Features • 3mm ■ 350 nA timekeeping current at 3 V ■ Timekeeping down to 1.0 V ■ 3mm Serial real-time clock (RTC) with alarm functions – 400 kHz I2C serial interface – Memory mapped registers for seconds,

3290A

Abstract: SBX-23 atmel 306 ATmega644A AVR540 85SMX 32.768KHZ SBX-22 c-mac crystals SBX-20 SBX-13
Contextual Info: AVR540: Migration from ATmega325/3250/329/3290 to ATmega325A/3250A/329A/3290A 1 Introduction The Atmel AVR® ATmega325A/3250A/329A/3290A is a functionally identical, drop-in replacement for the ATmega325/3250/329/3290. All devices are subject to the same qualification process and same set of production tests, but as the

E4WC

Abstract: EC26T EC26T1 CRYSTAL 32.768KHz 12.5PF 20PPM
Contextual Info: Marketing Bulletin DATE: July 28th, 2006 TO: All Sales Personnel FROM: Isaac Gonzalez RE: Product Termination To all concerned parties, This bulletin is to notify all customers of the discontinuation of the following Ecliptek series effective July 28th, 2006:

414LF-0.032768-12

Abstract: SPT2AF-6PF20PPM sp-t2a-f SPT2AF-6PF 501l Seiko SSPT7F M41T60 VSOJ20 Crystal EPSON MC-146 MS3V-T1R 32.768KHZ -20PPM 12
Contextual Info: M41T60 Serial access real-time clock Features • Counters for seconds, minutes, hours, day, date, month, years, and century ■ 32 KHz crystal oscillator integrating load capacitance and high crystal series resistance operation ■ Oscillator stop detection monitors clock

M41T62LC6F

Abstract: M41T62 M41T63 M41T64 M41T65 32.768khz crystal fox thru hole 414LF SSPT7F-7PF20PPM M41T62 LCC8
Contextual Info: M41T62, M41T63 M41T64, M41T65 Serial real-time clocks with alarm Features • 3mm ■ 350 nA timekeeping current at 3 V ■ Timekeeping down to 1.0 V ■ 1.3 V to 4.4 V I2C bus operating voltage – 4.4 V max VCC suitable for lithium-ion battery operation

M41T62LC6F

Abstract: M41T62
Contextual Info: M41T62, M41T63 M41T64, M41T65 Serial real-time clocks RTCs with alarm Features • 3mm 3mm Serial real-time clock (RTC) with alarm functions – 400 kHz I2C serial interface – Memory mapped registers for seconds, minutes, hours, day, date, month, year, and

Contextual Info: Marketing Bulletin DATE: July 28th, 2006 TO: All Sales Personnel FROM: Isaac Gonzalez RE: Product Termination To all concerned parties, This bulletin is to notify all customers of the discontinuation of the following Ecliptek series effective July 28th, 2006:

Contextual Info: M41T60 Serial access real-time clock Features • Counters for seconds, minutes, hours, day, date, month, years, and century ■ 32 KHz crystal oscillator integrating load capacitance and high crystal series resistance operation ■ Oscillator stop detection monitors clock

85SMX

Abstract: AVR506 atmel 306 atmega169p 8028C-AVR-02 32,768 epson mc-306 sbx-23 SBX-13
Contextual Info: 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