40.0 RALTRON Search Results

Contextual Info: CLOCK Page 1 of 2 PRELIMINARY HIGH FREQ. 5X7 LVDS CLOCK See below for part numbering scheme APPROVALS RALTRON Eng. approval, date: LUIS 10/10/02 CUSTOMER Name (please print): Sales approval, date: Title (please print): Created by, date: ALAN 10/10/02 Signature, date:

RSF-38.912-15000-9148-TR

Abstract: Digital Audio Broadcasting in 9148 40.0 RALTRON
Contextual Info: 38.912MHz Bandpass Filter 1.5 MHz Bandwidth RSF-38.912-15000-9148-TR For Digital Audio Broadcasting Typical Performance Specification Parameter Center Frequency Insertion Loss 1dB Bandwidth 3dB Bandwidth 30dB Bandwidth Ultimate Attenuation 30.00 ~ 36.26 Mhz

70M15A

Contextual Info: MONOLITHIC CRYSTAL FILTERS FEATURES STABLE TEMPERATURE CHARACTERISTICS CUSTOM SPECIFICATIONS AVAILABLE SPECIFICATIONS CHANNEL SPACING 12.5 kHZ 20.0 kHZ MODEL CENTER PASS RIPPLE FREQUENCY BANDWIDTH kHz kHz MIN dB dBm MAX TERMINATING CASE POLES IMPEDANCE STYLE

C-1, D-1, E-1

Abstract: Crystal Filters FK50 21U15B 21U15A 21U12E 10H8D 21U30A 21H8D 10T8D
Contextual Info: MONOLITHIC CRYSTAL FILTERS FEATURES STABLE TEMPERATURE CHARACTERISTICS CUSTOM SPECIFICATIONS AVAILABLE SPECIFICATIONS CHANNEL SPACING 12.5 kHZ 20.0 kHZ MODEL CENTER PASS RIPPLE FREQUENCY BANDWIDTH kHz kHz MIN dB dBm MAX TERMINATING CASE POLES IMPEDANCE STYLE

RALTRON

Contextual Info: Product Product News News Product Brief from Raltron Electronics Corporation RALTRON OFFERS WIDE FREQUENCY RANGE IN LVDS OSCILLATOR July 17, 2003 Miami, FL: Raltron’s newly released 5 x 7 mm LVDS Clock Oscillator, CLD Series, provides superior high frequency specifications in a surface mount package. Raltron’s LVDS Clock Oscillator is first to

Contextual Info: RRLTR#n MONOLITHIC CRYSTAL FILTERS • FEATURES • STABLE TEMPERATURE CHARACTERISTICS • CUSTOM SPECIFICATIONS AVAILABLE • SPECIFICATIONS CHANNEL MODEL S P A C IN G R IP P L E CENTER PASS FREQUENCY B A N D W ID T H IN S E R T IO N STO P T E R M IN A T IN G

Contextual Info: RfilTRtil SURFACE MOUNT MICROPROCESSOR CRYSTAL • FEATURES • ALSO AVAILABLE IN ULTRA-THIN 1.0 mm HEIGHT • TIGHT TOLERANCE AND STABILITY TO ± 10 PPM • WIDE FREQUENCY RANGE SERIES H13K • SPECIFICATIONS FREQUENCY RANGE 1 4 .0 0 M H z T O 9 0 .0 0 M H z

cr6850

Abstract: CR6850A
Contextual Info: FIBER OPTICS - MODULE FEATURES SUPER LOW JITTER FREQUENCY TRANSLATION MODULE USES INVERTED MESA CRYSTAL COMPLIMENTARY OUTPUT ENABLE/DISABLE FUNCTION 5.0 VOLT CR6850A-FREQ.-155.520-FR5 SPECIFICATIONS PARAMETER SYMBOL CONDITIONS INPUT FREQUENCY, NOM fo - OUTPUT FREQUENCY, NOM

H160A

Abstract: 331004 33-1004
Contextual Info: SURFACE MOUNT MICROPROCESSOR CRYSTAL SERIES H160A FEATURES LOW COST SMD PACKAGE 1.6 mm THICKNESS FUNDAMENTAL FREQUENCIES TO 70.00 MHz SPECIFICATIONS SERIES H160A FREQUENCY RANGE TABLE 1 12.00 MHz TO 70.00 MHz FREQUENCY TOLERANCE AT 25° C* ±100 PPM MAXIMUM ±50 PPM

Contextual Info: SURFACE MOUNT MICROPROCESSOR CRYSTAL SERIES H160A FEATURES LOW COST SMD PACKAGE 1.6 mm THICKNESS FUNDAMENTAL FREQUENCIES TO 70.00 MHz SPECIFICATIONS SERIES H160A FREQUENCY RANGE TABLE 1 12.00 MHz TO 70.00 MHz FREQUENCY TOLERANCE AT 25° C* ±100 PPM MAXIMUM ±50 PPM

Contextual Info: CLOCK Page 1 of 2 CLD SERIES: CLOCK OSCILLATOR, LVDS ¾ For Lower Current and Reduced EMI Applications ELECTRICAL PARAMETERS: „ PARAMETER SYMBOL TEST CONDITIONS *1 VALUE UNIT Nominal Frequency fo 60.000 ~ 200.000 MHz Supply Voltage Vcc +3.3 ±5% VDC Supply Current

dwa 102

Abstract: dw marking code ATR-1000
Contextual Info: ISL1208 I2C® Real Time Clock/Calendar Data Sheet November 16, 2004 Low Power RTC with Battery Backed SRAM Features The ISL1208 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail indicator, periodic or polled alarm, intelligent battery backup

dwa 102

Abstract: ATR-1000
Contextual Info: ISL1208 I2C® Real Time Clock/Calendar Data Sheet October 29, 2004 Low Power RTC with Battery Backed SRAM Features The ISL1208 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail indicator, periodic or polled alarm, intelligent battery backup

Contextual Info: ISL1220 I2C® Real Time Clock/Calendar with Frequency Output Data Sheet June 22, 2006 Low Power RTC with 8 Bytes of Battery Backed SRAM and Separate FOUT The ISL1220 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail

ahr11

Abstract: USR62 1220Z ISL1220 ISL1220IUZ ISL1220IUZ-T TB363 TB379 MARKING HRA ASC20
Contextual Info: ISL1220 I2C® Real Time Clock/Calendar with Frequency Output Data Sheet June 22, 2006 Low Power RTC with 8 Bytes of Battery Backed SRAM and Separate FOUT The ISL1220 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail

1208zi

Abstract: ISL1208IU8Z ADT12 ISL1208IB8Z ISL1208 ISL1208IB8 ISL1208IB8-TK ISL1208IU8 ISL1208IU8-TK ISL1208IU8Z-TK
Contextual Info: ISL1208 I2C® Real Time Clock/Calendar Data Sheet August 23, 2006 Low Power RTC with Battery Backed SRAM Features The ISL1208 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail indicator, periodic or polled alarm, intelligent battery backup

Contextual Info: ISL1208 I2C® Real Time Clock/Calendar Data Sheet April 25, 2006 Low Power RTC with Battery Backed SRAM Features The ISL1208 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail indicator, periodic or polled alarm, intelligent battery backup

USR40

Abstract: ISL1218 ISL1218IBZ ISL1218IBZ-T ISL1218IUZ ISL1218IUZ-T 18E06 DS13xx 1218IBZ USR30 DIODE
Contextual Info: ISL1218 I2C® Real Time Clock/Calendar Data Sheet June 22, 2006 Low Power RTC with Battery Backed SRAM Features The ISL1218 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail indicator, periodic or polled alarm, intelligent battery backup

ISL1208IB8Z

Abstract: ISL1208 ISL1208IB8 ISL1208IB8-TK ISL1208IB8Z-TK ISL1208IU8 ISL1208IU8-TK ISL1208IU8Z ISL1208IU8Z-TK supercapacitor alternative to battery
Contextual Info: ISL1208 I2C® Real Time Clock/Calendar Data Sheet July 29, 2005 Low Power RTC with Battery Backed SRAM Features The ISL1208 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail indicator, periodic or polled alarm, intelligent battery backup

1208zi

Abstract: ATR-1000 ISL1208 ISL1208IB8 ISL1208IB8-TK ISL1208IB8Z ISL1208IU8 ISL1208IU8-TK ISL1208IU8Z ISL1208IU8Z-TK
Contextual Info: ISL1208 I2C® Real Time Clock/Calendar Data Sheet February 21, 2008 Low Power RTC with Battery Backed SRAM FN8085.6 Features The ISL1208 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail indicator, periodic or polled alarm, intelligent battery backup

1208zi

Abstract: ADT20
Contextual Info: ISL1208 I2C® Real Time Clock/Calendar Data Sheet July 2, 2008 Low Power RTC with Battery Backed SRAM FN8085.7 Features The ISL1208 device is a low power real time clock with timing and crystal compensation, clock/calendar, power fail indicator, periodic or polled alarm, intelligent battery backup

10-PIN

Abstract: ISL1209 ISL1209IU10 ISL1209IU10-TK ISL1209IU10Z ISL1209IU10-ZTK ATR-1000
Contextual Info: ISL1209 Real Time Clock/Calendar with Event Detection Data Sheet February 1, 2005 Low Power RTC with Battery Backed SRAM and Event Detection Features The ISL1209 device is a low power real time clock with Event Detect function, timing and crystal compensation,

26e6

Abstract: 500E9
Contextual Info: ISL1209 Real Time Clock/Calendar with Event Detection Data Sheet April 19, 2006 Low Power RTC with Battery Backed SRAM and Event Detection Features The ISL1209 device is a low power real time clock with Event Detect function, timing and crystal compensation,

FN6109

Abstract: 26e6 ISL1209 ISL1209IU10 ISL1209IU10Z 82NA ATR-1000 MC-406 32.768kHZ ASC20
Contextual Info: ISL1209 Real Time Clock/Calendar with Event Detection Data Sheet October 17, 2006 Low Power RTC with Battery Backed SRAM and Event Detection Features The ISL1209 device is a low power real time clock with event detect function, timing and crystal compensation,