surface mount spxos test circuit - hcmos oscilloscope oscillator 43 12 frequency counter 0.1 f a power supply v +vs 15pf* *inclusive of jigging & equipment capacitance note: pad 1 = no connection on non tri-state models +vs cfps-130, -131 issue 2; 19 october 2004 delivery options please contact our sales office for current leadtimes output compatibility hcmos tri-state (cfps-131) (3.3v) non tri-state (cfps-130) (3.3v) package outline 14.0 x 9.8mm smd plastic encapsulated device. available over 0 to 70c standard frequency stabilities 50ppm, 100ppm (inclusive of supply voltage variations over the operating temperature range) operating temperature range 0 to 70c storage temperature range ?50 to 125c tri-state operation (cfps-131) logic ?1? to pad 1 enables oscillator output logic ?0? to pad 1 disables oscillator output; when disabled the oscillator output goes to the high impedance state, 0.2v max no connection to pad 1 enables oscillator output when oscillator is enabled, maximum transition time = 100ns solder conditions for typical soldering conditions, please see the relevant pages in applications notes marking model number (+operating temperature code; if applicable) frequency stability code frequency date code (year/week) minimum order information required frequency + model number + operating temperature code (if applicable) + frequency stability please refer to our programmable oscillator chapter for fast make products output waveform - hcmos outline in mm 1 2 3 4 12 3 4 pad connections 1. n/c or enable/disable 2. gnd 3. output 4. +vs 14.0 max 1 2 3 4 8.950.1 1.5 0.50 5.08 4.1 4.7 7.62 solder pad layout 5.08 note: pad 1 = no connection on non tri-state models 9.8 max 3.0 8.8 1.27 t r t f t t 90%vs 10%vs 50%vs 0v +vs 2.4v 0.4v duty cycle = t x 100(%) t 1.4v
surface mount spxos outline in mm - tape ? 1.5 24.00.3 11.50.1 1.75 12.00.1 10.20.1 14.40.01 4.80.1 outline in mm - reel ? 330.0 2.0 120 ( 3 equal ) ? 21.0 ? 100.0 22.0 2.0 frequency frequency supply voltage supply current rise time(tr) fall time (tf) duty cycle model number range stability 1.0 to 50ppm, 3.3v0.3v 10ma 5ns 5ns 40/60%cfps-130, -131 <27.0mhz 100ppm 27.0 to 50ppm, 3.3v0.3v 20ma 5ns 5ns 40/60%cfps-130, -131 <50.0mhz 100ppm 50.0 to 50ppm, 3.3v0.3v 25ma 5ns 5ns 40/60%cfps-130, -131 60.0mhz 100ppm electrical specification - maximum limiting values when measured in test circuit ordering example 24.0mhz cfps-130 c frequency model no frequency stability: b = 50ppm; c = 100ppm please note that the rise and fall times listed are the maximum values we specify to cover various frequency breaks. in practise the actual values are generally lower depending upon the spot frequency chosen. for typical values please contact our sales office. for higher frequencies than shown above, please see our cfpp-131 series.
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