3.2 mm x 2.5 mm 6 pads smd tcxo or tc/vcxo oscillator i595 / I795 series ilsi america phone 775-851-8880 fax 775-851-8882 email: e-mail@ilsiamerica.com www.ilsiamerica.com specifications subject to change without notice rev: 3/28/15_d page 1 of 3 product features: advanced pll technology 0.8 psec phase jitter typ. fast delivery rohs and lead free compliant applications: server & storage cdma / wcdma 802.11 / wifi t1/e1. t3/e3 marking 3.200.10 2.500.10 2.000.20 1.600.10 13 4 6 5 2 2.10 .50 .72 .50 .90 .50 2.56 1.60 1.10 .68 .75 suggested land pattern n/c or ground pin 1 pin connections voltage control pin 5 pin 6 supply voltage (vcc) tcvcxo tcxo pin 2 n/c or enable / disable pin 3 ground pin 4 output lvcmos n/c lvpecl lvds complementary output dimensions in mm frequency lvcmos lvpecl lvds 10.000 mhz to 245.000 mhz 10.000 mhz to 1450.000 mhz 10.000 mhz to 1450.000 mhz output levels lvcmos lvpecl lvds logic ?0? = 10% of vcc max logic ?1? = 90% of vcc min logic ?0? = vcc ? 1.85 vmin, vcc ? 1.60 v max logic ?1? = vcc ? 1.03 v min, vcc -0.60 v max logic ?0? = 1.10 v typ, 0.90 v min logic ?1? = 1.40 v typ, 1.60 v max load lvcmos lvpecl lvds 15pf differential differential duty cycle 50% 5% (ref to 50% of waveform) rise / fall time lvcmos lvpecl lvds 1.5 nsec typ, 3.0 nsec max (10% to 90% of waveform) 0.2 nsec typ, 0.5 nsec max (20% to 80% of waveform) 0.2 nsec typ, 0.4 nsec max (20% to 80% of waveform) frequency stability initial calibration tolerance vs. temperature vs. aging vs. voltage vs. load vs. reflow 1.0 ppm max at +25oc 2oc at time of shipment see stability in pa rt number guide 1.0 ppm max per year at +25oc 0.2 ppm max for a 5% change in supply voltage (vcc) 0.2 ppm max for a 10% change in load 1.0 ppm max after 1 reflow and measured 24 hours after. start-up time 5 msec max supply voltage (5%) +2.50 vdc , +3.30 vdc see part number guide current see table 1 sheet 2 current with output disabled 18 ma typ phase noise (rms) 0.8 psec typ (12.000 khz to 20.000 mhz) less than 400nsec (1.875 khz to 21.000 mhz) temperature range operating storage see operating temperature in part number guide -55oc to +150oc notes: 1. an 0.01 f and 10 f bypass capacitors ar e recommended between vcc (pin 6) and gnd (pin 3) to minimize power supply noise part number guide sample part number: i595-63q8h-20.000 package input voltage operating temperature stability (in ppm) output enable / disable (pin 2) frequency i595 = tcxo I795 = tcvcxo 3 = +3.3 v 1 = 0oc to +70oc 0 = 1.5* 3 = lvcmos h = enable 20.000 mhz 6 = +2.5 v 2 = -40oc to =85oc p = 2.0* 8 = lvds o = n/c 3 = -20oc to +70oc q = 2.5* 9 = lvpecl 5 = -30oc to +85oc r = 3.0 j = 5.0 * not available for all temperature ran g es
3.2 mm x 2.5 mm 6 pads smd tcxo or tc/vcxo oscillator i595 / I795 series ilsi america phone 775-851-8880 fax 775-851-8882 email: e-mail@ilsiamerica.com www.ilsiamerica.com specifications subject to change without notice rev: 3/28/15_d page 2 of 3 pin select funtions voltage control function (pin 1) I795 only e/d function (pin 2) vc voltage center & range +1.5 v 1.0 v for both vcc = +2.5 v & +3.3 v e/d control 0.7% of vcc min or no connection enable output 0.3% of vcc max to disable output (high impedance) frequency pull range 8.0 ppm e/d time 200 nsec max linearity 1% typ, 10% max disable time 50 nsec max transfer function positive absolute voltage vcc = +3.3 v vcc = +2.5 v +3.63 v max +2.63 v max input impedance 770 k ? typ harmonics -5.0 dbc max ssb phase noise offset 77.76 156.25 212.50 622.08 1000.00 1250.00 10 hz -62 dbc/hz -65 dbc/hz -61 dbc/hz -51 dbc/hz -40 dbc/hz -43 dbc/hz 100 hz -100 dbc/hz -92 dbc/hz -90 dbc/hz -79 dbc/hz -73 dbc/hz -75 dbc/hz 1 khz -116 dbc/hz -108 dbc/hz -106 dbc/hz -97 dbc/hz -91 dbc/hz -89 dbc/hz 10 khz -122 dbc/hz -114 dbc/hz -110 dbc/hz -102 dbc/hz -99 dbc/hz -95 dbc/hz 100 khz -124 dbc/hz -117 dbc/hz -112 dbc/hz -103 dbc/hz -99 dbc/hz -96 dbc/hz 1 mhz -144 dbc/hz -139 dbc/hz -133 dbc/hz -125 dbc/hz -121 dbc/hz -117 dbc/hz 10 mhz -152 dbc/hz -147 dbc/hz -142 dbc/hz -134 dbc/hz -129 dbc/hz -127 dbc/hz supply current current consumption lvcmos lvpecl lvds vcc = +2.50 vdc all values are typical an over the operating temperature. 50 mhz = 24ma 125 mhz = 28 ma 200 mhz = 30 ma 156 mhz = 36ma 600 mhz = 40ma 800 mhz = 46ma 1.0g hz = 50ma 156 mhz = 22ma 600 mhz = 28ma 800 mhz = 30ma 1.0g hz = 34ma vcc = +3.30 vdc all values are typical an over the operating temperature. 50 mhz = 26ma 125 mhz = 30 ma 200 mhz = 34 ma 156 mhz = 40ma 600 mhz = 45ma 800 mhz = 48ma 1.0g hz = 52ma 156 mhz = 25ma 600 mhz = 30ma 800 mhz = 32ma 1.0g hz = 36ma table 1 tape and reel information: quantity per reel 3000 a 8.0 0.2 b 4.0 0.1 c 3.5 0.05 d 9.0 0.3 e 60 / 80 f 180 / 250
3.2 mm x 2.5 mm 6 pads smd tcxo or tc/vcxo oscillator i595 / I795 series ilsi america phone 775-851-8880 fax 775-851-8882 email: e-mail@ilsiamerica.com www.ilsiamerica.com specifications subject to change without notice rev: 3/28/15_d page 3 of 3 typical applications: 0.01 uf vcc n/c enable / disable or n/c oscillator 654 12 3 15 pf i595 I795 voltage control n/c or ground 10 uf output 0.01 uf vcc enable / disable or n/c oscillator 654 12 3 i595 I795 voltage control n/c or ground 10 uf vcc vcc zo = 50? zo = 50? r1 r3 r2 r4 output output vcc = +3.3 v vcc = +2.5 v r1 and r3 = 127? , r2 and r4 = 825? r1 and r3 = 250? , r2 and r4 = 625? 0.01 uf vcc enable / disable or n/c oscillator 654 12 3 i595 I795 voltage control n/c or ground 10 uf zo = 50? zo = 50? output output r1 lvpecl lvpecl lvds environmental specifications: thermal shock mil-std-883, method 1011, condition a moisture resistance mil-std-883, method 1004 mechanical shock mil-std-883, method 2002, condition b mechanical vibration mil-std-883, method 2007, condition a resistance to soldering heat j-std-020c, tabl e 5-2 pb-free devices (except 2 cycles max) hazardous substance pb-free / rohs / green compliant solderability jesd22-b102-d method 2 (preconditioning e) terminal strength mil-std-883, method 2004, test condition d gross leak mil-std-883, method 1014, condition c fine leak mil-std-883, method 1014, condition a2, r1=2x10-8 atm cc/s solvent resistance mil-std-202, method 215 package information: msl ? n.a. (package does not contain plastic, stor age life is unlimited under normal room conditions) termination = e4 (au over ni over w base metallization) pb free solder reflow profile: marking: line 1: i - date code (yww) line 2: frequency units are backward compatible with 240oc reflow process. proprietary and confidential this document contains proprietary information, and s uch information may not be disclosed to others for any purpose nor used for manufacturing purposes wi thout written permission from ilsi america.
|
