Contextual Info: VFAC570 HCMOS/TTL Compatible Surface Mount Clock Oscillators • • • • • Electrical • Wide Frequency Range Very Low Phase Jitter EMI Shielded Tight Duty Cycle Available Wide Temperature Range -55 ºC to ± 125 ºC Available Tristate Control Standard

Contextual Info: VFAC570 X o VFAC570 HCMOS/TTL Compatible Surface Mount Clock Oscillators FEATURES • • • • • Wide Frequency Range Very Low Phase J itter EMI Shielded Tight Duty Cycle Available Wide Temperature Range -55°C to +125°C Available • Tristate Control Standard

Contextual Info: VFAC570 HCMOS/TTL Compatible Surface Mount Clock Oscillators • • • • • • Wide Frequency Range Very Low Phase Jitter EMI Shielded Tight Duty Cycle Available Wide Temperature Range -55 ºC to ± 125 ºC Available Tristate Control Standard Absolute

VFAC570

Abstract: Clock Oscillators MIL-STD-883 Method 1011
Contextual Info: VFAC570 HCMOS/TTL Compatible Surface Mount Clock Oscillators • • • • • Electrical • Wide Frequency Range Very Low Phase Jitter EMI Shielded Tight Duty Cycle Available Wide Temperature Range -55 ºC to ± 125 ºC Available Tristate Control Standard

vfac570bhhl

Abstract: VFAC570
Contextual Info: VFAC570 X O VFAC570 HCMOS/TTL Compatible Surface Mount Clock Oscillators F E AT U R E S Wide Frequency Range Very Low Phase Jitter • EMI Shielded • Tight Duty Cycle Available • Wide Temperature Range –55°C to +125°C Available • Tristate Control Standard

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

OC200

Contextual Info: QUICK REF OSCILLATOR CAPABILITIES QUICK REFERENCE CHART XOs Wm HI ♦ 52 P art# Package Output Frequency Range Page # VF140 0.800" x 0.497" x 0.254" HCMOS/TTL 0.2 to 130MHz 54 VF150 0.800" x 0.497" x 0.254" HCMOS/TTL 0.2 to 130MHz 55 VF160/VF161 0.800" x 0.497" x 0.1 87"

LF9203

Abstract: TG1G-S002NZ VFAC570BL Pulse bob smith termination H5008 VCC1-B2B-25M000 Delta LF9203 pulse H5007 ethernet driver H5007 driver AN-1263
Contextual Info: National Semiconductor Application Note 1263 Leo Chang Patrick O'Farrell October 14, 2009 1.0 Introduction The active low RESET should be held low for a minimum of 150 µs to allow power supply voltage and clock input to stablize before starting internal initialization. The first MDIO access should wait another 500 µs till internal initialization is

LF9203

Abstract: Pulse bob smith termination TG1G-S002NZ VFAC570BL Delta LF9203 H5008 H5007 driver TG1G VCC1-B2B-125M000 C04305L
Contextual Info: National Semiconductor Application Note 1263 Leo Chang Patrick O'Farrell September 8, 2010 1.0 Introduction The active low RESET should be held low for a minimum of 150 µs to allow power supply voltage and clock input to stablize before starting internal initialization. The first MDIO access should wait another 500 µs till internal initialization is

VFAC570BL

Abstract: RJ45-MAG Pulse bob smith termination C04305L-25 VCC1-B2B-125M000 DP83865 VCC1-B2B-25M000 AN-1263 RJ45MAG AN200567
Contextual Info: National Semiconductor Application Note 1263 Leo Chang October 2002 1.0 Introduction RESET input. The active low RESET should be held low for a minimum of 150 µs to allow power supply voltage and clock input to stablize before starting internal initialization.

VCC1-B2B-25M000

Abstract: RJ45 SMT magnetics 1000 Bel Fuse and bob smith termination Transpower Tech RJS12-8G05 DP83865 GMII magnetics VCC1-B2B-125M000 AN-1263 RJ45MAG
Contextual Info: National Semiconductor Application Note 1263 Leo Chang December 2003 1.0 Introduction RESET input. The active low RESET should be held low for a minimum of 150 µs to allow power supply voltage and clock input to stablize before starting internal initialization.