88 22smop (+2.8v, +3.0v or +3.0v programmable models) standard smd clock oscillators clk osc metal ceramic seam tungsten (metalized) gold / nickel (surface) / (under) compliant (pb-free) lid base sealing terminal terminal plating rohs 99SMO-SS crystal clock oscillators 99SMO-SS 99SMO-SS t 1 (+3.0v or +3.3v low emi t 2 output models) standard smd clock oscillators item specifications standard specifications package item standard specifications package data package item 99SMO-SS t 3 10.000 mhz to 168.000 mhz 24.000 25.000 27.000 40.000 54.000 center spread : a = ? 0.5%, b = ? 1% or c = ? 2% ? 50 ppm (referred to frequency average) - 10?c to 70?c 3.0v dc ? 5% or 3.3v dc ? 5% v ih : 80%v dd min. v il : 20%v dd max. - 0.5v to 4.0v dc - 40?c to 85?c 13 ma max. (10.000mhz to 28.000mhz) 15 ma max. (28.000mhz to 168.000mhz) 40% to 60% at 50%v dd level 5 ns max. (10%v dd to 90%v dd level) v ol : 10%v dd max. v oh : 90%v dd min. 15 pf max. (cmos) 10 ns max. 10 ms max. ? 5 ppm max. at 25?c ? 3?c for first year 200 ps max. (10.000mhz to 20.000mhz) 100 ps max. (20.000mhz to 168.000mhz) 250?c ? 10?c for 10 seconds 170?c ? 10?c for 1 to 2 minutes (preheating) spread spectrum low emi ( t 1) ss = spread spectrum. ( t 2) emi = electro magnetic interference. ( t 3) final exact part number to be determined with frequency, spread spectrum range and input voltage. e.g. 99SMO-SS(3.3vb) 40.000 mhz. generic part number frequency range standard frequencies (mhz) spread spectrum range frequency stability operating conditions operating temperature input voltage (v dd ) tri-state control voltage (pin#1) absolute max. ratings supply voltage storage temperature input current (pin#1 = open or v ih ) output ( - 10?c to 70?c) symmetry rise and fall times "0" level "1" level load enable / disable delay time startup time aging jitter(cycle to cycle) reflow condition spread spectrum for emi reduction ? 1% center spread at 100.000 mhz emi (db) non spread spectrum frequency (mhz) emi (db) spread spectrum frequency (mhz) v non spread spectrum 100 mhz time v time 101 mhz 100 mhz spread spectrum 99 mhz non spread spectrum spread spectrum power power frequency (mhz) frequency (mhz) 100 90 100 101 emi reduction tf t t 90% or 80% v dd 10% or 20% v dd ov dc symmetry=t/t 100(%) 50% v dd tr gnd v oh ("1"level) v ol ("0"level) v dd 5.0 0.2 3.2 0.2 1.05 0.1 0.8 0.8 1.6 1.2 1.2 2.6 #1 #2 #4 #3 #4 #3 #1 #2 pin 1 connection "l" 2 gnd 3z open or "h" output z : high impedance 4v dd output waveform v dc power supply cl : including fixture and probe capacitance. v dd v dd cl t est point #2 #3 output tri-state gnd #1 #4 0.01 f ? 0.1 f e/d sw a test circuit 99SMO-SS 3.7 1.5 2.2 1.5 1.2 1.1 1.2 0.01 f ? 0.1 f soldering pattern a 5.4 3.5 12.0 5.5 8.0 1.5 0.3 1.4 178 1000pcs qty/reel b c d f j l m reel dia. 4.0 0.1 2.0 0.1 1.75 0.1 + 0.1 - 0 1.5 l b f d a c j m t ape specifications actual size
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