lfsuffix = rohs compliant. all specificat ions are subject to change without notice. ? z-communications, inc. all rights reserved. page 1 of 2 frm-s-002 b phase noise (1 hz bw, typical) offset (hz) (f) (dbc/hz) performance specifications typ units min max 55 -100 -15 1 4 500 50 oscillation frequency range phase noise @ 10 khz offset (1 hz bw) harmonic suppression (2nd) tuning voltage tuning sensitivity (avg.) power output load impedance input capacitance pushing pulling ( db return loss, any phase) operating temperature range mhz dbc/hz dbc vdc mhz/v dbm pf mhz/v mhz c 1625 2325 14 120 package style 010 85 -40 5 power supply requirements typ units min max 10 20 vdc ma supply voltage (vcc, nom.) supply current (icc) 24 digital radios earthstations satellite modems ? ? ? applications voltage-controlled oscillator surface mount module V585ME68-LF a1 rev additional notes application notes ? an-101: mounting and grounding ? an-102: output loading ? an-107: manual soldering 14118 stowe drive, suite b | poway, ca 92064 tel: (858) 621-2700 | fax: (858) 486-1927 url: www.zcomm.com email: applications@zcomm.com mini-14h-low
tuning curve, typ. 1350 1410 1470 1530 1590 1650 1710 1770 1830 1890 1950 2010 2070 2130 2190 2250 2310 2370 2430 2490 01234567891011121314151617181920 c c c tuning voltage (vdc) frequency (mhz) power curve, typ. footprint voltage-controlled oscillator surface mount module V585ME68-LF a1 rev power output (dbm) 0.030 min. cutback from live pads recommended footprint several holes of 0. 015 on gnd. plane are recommended for good grounding. o c c c lfsuffix = rohs compliant. all specificat ions are subject to change without notice. ? z-communications, inc. all rights reserved. page 2 of 2 frm-s-002 b -40 85 25 -40 85 25 0 2 4 6 8 10 1393 1583 1710 1829 1941 2051 2161 2264 2352 2420 2465 frequency (mhz) physical dimensions p1 vt p2 rf out p3 vcc pin configuration rest ground package h mini-14h 0.220 0.160 mini-14h-low 0.130 mini-14h-l z-comm xxxxxxxx-lf w /o# d/c note: all dimensions are in inches tol: xxx: +/- 0.010
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