product data sheet specifications subject to change without notice. data sheet #: rev: date: page of copyright 2009 connor-winfield all rights reserved. a crystal controlled oscillators the connor-winfield hv5x- xxxg series is a 5.0v hcmos, 14 pin dip hermetically sealed, voltage controlled crystal oscillator (vcxo). based on a fundamental crystal design the is designed for phased lock loop applications requiring low jitter and tight frequency stability. hv5x-xxxg 12 5.0v operation frequency range: 30 to 100 mhz frequency stability hv51-xxxg series 25ppm hermetically sealed package rohs compliant / lead free hv52-xxxg series 50ppm hv53-xxxg series 100ppm hv54-xxxg series 20ppm hv55-xxxg series 10ppm temperature range: 0 to 70 low jitter <1ps rms c 14 pin 5.0v hcmos vcxo high frequency vx554 03 02/11/09 the connor-winfield corp. 2111 comprehensive drive. aurora, il 60505. fax (630) 851-5040. phone (630) 851-4722. www.conwin.com ordering information features description cw 0611 hv54-150g 77.76m hv51-xxxg series hv55-xxxg series hv54-xxxg series hv53-xxxg series hv52-xxxg series vcxo series center frequency hv54-150g - 077.76m package characteristics table 7.0 package hermetically sealed, metal package. absolute maximum ratings table 1.0 parameter units minimum nominal maximum units note storage temperature -55 - 125 c supply voltage (vcc) -0.5 - 7 vdc control voltage (vc) -0.5 - 7 vdc model specifications model number table 2.0 hv51-xxxg frequency stability: -25 - 25 ppm 1 hv52-xxxg frequency stability: -50 - 50 ppm 1 hv53-xxxg frequency stability: -100 - 100 ppm 1 hv54-xxxg frequency stability: -20 - 20 ppm 1 hv55-xxxg frequency stability: -10 - 10 ppm 1 pullability codes (xxx - add code to the end of the model number) table 3.0 050 frequency pullability: 25 - - ppm 2 100 frequency pullability: 50 - - ppm 2 150 frequency pullability: 75 - - ppm 2 160 frequency pullability: 80 - - ppm 2 200 frequency pullability: 100 - - ppm 2, 3 240 frequency pullability: 120 - - ppm 2, 3 300 frequency pullability: 150 - - ppm 2, 4 operating specifications table 4.0 parameter minimum nominal maximum units note frequency range (fo) 30 - 100 mhz operating temperature range 0 - 70 c supply voltage (vcc) 4.75 5.0 5.25 vdc supply current < 50 mhz (icc) - - 35 ma supply current > 50 mhz (icc) - - 60 ma jitter (bw=10hz to 20mhz) - - 5 ps rms jitter (bw=12khz to 20mhz) - - 1 ps rms ssb phase noise at 100hz offset - -90 - dbc/hz ssb phase noise at 1khz offset - -100 - dbc/hz ssb phase noise at 10khz offset - -125 - dbc/hz ssb phase noise at 100khz offset - -135 - dbc/hz input characteristics table 5.0 parameter minimum nominal maximum units note control voltage range (vc) 0.5 2.5 4.5 vdc center frequency 2.0 2.5 3.0 vdc monotonic linearity -15 - 15 % input impedance - 50k - ohm modulation bandwidth (3db) 15 - -khz hcmos output characteristics table 6.0 parameter minimum nominal maximum units note load - - 15 pf voltage (high) (voh) 4.5 - - vdc (low) (vol) - - 0.5 vdc current (30 to 52 mhz) (high) (ioh) -8 - -ma (30 to 52 mhz) (low) (ioh) - - 8 ma current (52.1 to 100 mhz) (high) (ioh) -16 - -ma (52.1 to 100 mhz) (low) (ioh) - - 16 ma duty cycle at 50% of vcc 40 50 60 % rise / fall time 10% to 90% - - 3 ns optional duty cycle: measured at 50% vcc 45 50 55 % 5
product data sheet specifications subject to change without notice. data sheet #: rev: date: page of copyright 2009 connor-winfield all rights reserved. a crystal controlled oscillators 22 vx554 03 02/11/09 the connor-winfield corp. 2111 comprehensive drive. aurora, il 60505. fax (630) 851-5040. phone (630) 851-4722. www.conwin.com hv54 150g 77.76 mhz - - 75 g=rohs compliant 120c 150c 180c 260c 0 220c 360 sec. max. 120 s max. 10 s 60 s max. time temperature 260c solder profile package outline and pin connections test circuit example part number 15pf .260 max (6.60mm) note: 1) frequency stability vs. change in temperature, referenced to frequency measured at 25c with control voltage @ 2.50vdc. 2) referenced to fo @ 25c. positive slope. 3) +/-100ppm and +/-120ppm frequency deviation is not available for frequencies above 75 mhz. 4) +/-150ppm frequency deviation is not available for frequencies above 50 mhz. 5) add ?s? to the part number before the g, example: hv54-150sg-077.76m.
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