57SMO WK | Alldatasheet
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Tungsten (metalized) Gold / Nickel (surface) / (under) Compliant (Pb-free) 57SMO 7.0±0.2 5.0±0.21.2 0.261.141.14 1.4 1.4 1.4 2.54 5.08 2.54 2.61.2 1.7max. #3#2#1 #4#5#6 #3#2#1 #4#5#6 PIN CONNECTION "L" 2 N.C.
3 GND
OPEN or "H" OUTPUT ZC -OUTPUT Z : high impedance 6V DD 57SMO 57SMO Low Voltage Positive Emitter Coupled Logic Oscillators 57SMO (+2.5V or +3.3V FIXED LVPECL MODELS) STANDARD SMD CLOCK OSCILLATORS Item Specifications STANDARD SPECIFICATIONS PackageItem STANDARD SPECIFICATIONS PACKAGE DATA PackageItem 57SMO˞1 40.000 MHz to 300.000 MHz 57SMO(A) : ʶ100 ppm 57SMO(B) : ʶ50 ppm 57SMO(C) : ʶ30 ppm 57SMO(D) : ʶ25 ppm 0˚C to ʴ70˚C(Standard) -40˚C to ʴ85˚C (W) ʴ2.5V DC ʶ5% ʴ3.3V DC ʶ5% VIH : 70%VDD min. VIL : 30%VDD max.˞2 -0.5V to ʴ5.0V DC -50˚C to ʴ125˚C 90 mA max. 30ЖA max. 40% to 60% 45% to 55% 1 ns max. (20% to 80% of amplitude) VOL : ʴ1.195V max. V OL : ʴ1.745V max. VOH : ʴ1.415V min. V OH : ʴ2.215V min. 50Њinto VDD -2V 200 ns max. 10 ms max. 10 ms max. 1 ps max. ʶ5 ppm max. at ʴ25˚C ʶ3˚C for first year ʴ250˚C ʶ10˚C for 10 seconds ʴ170˚C ʶ10˚C for 1 to 2 minutes (preheating) LVPECL (˞1) Final exact part number to be determined with frequency, frequency stability, operating temperature and input voltage. (˞2) Internal crystal oscillation to be halted (Pin #1=VIL). Generic part number Frequency range Frequency stability (0˚C to ʴ70˚C) over all conditions Operating Conditions Operating temperature Input voltage (V DD) Stand-by control voltage (Pin#1) Absolute Max. Ratings Supply voltage Storage temperature Input current (Pin #1 = Open or V IH) Stand-by current˞2 (Pin #1 = VIL) Output (0˚C to ʴ70˚C) Symmetry (at crossing point) Rise and fall times "0" level "1" level Load Disable delay time Enable delay time Startup time RMS jitter (12 kHz to 20 MHz band) Aging Reflow condition VOL VOH TFTR T Symmetry=t/Tʷ100(%) Termination : 50Њimpedance matching t 80% VPP 50% VPP 20% VPP VDD-2V VPP OUTPUT WAVEFORM(1) VOL VOH TFTR T Symmetry=t/Tʷ100(%) t 80% VPP 50% VPP 20% VPP GND VPP Termination : high impedance probes OUTPUT WAVEFORM(2) A OUTPUT OUTPUT #2 GND N.C. E/D SW TRI- STATE T.P. T.P. 50Њ 50Њ #4VDD1 VDD2 0.01ЖF0.1ЖF 0.01ЖF0.1ЖF VDD Termination : 50Њimpedance matching VDD +3.3V +2.5V VDD1 +2.0V +2.0V V DD2 -1.3V -0.5V TEST CIRCUIT(1) A OUTPUT OUTPUT #2 GND N.C. E/D SW TRI- STATE T.P. T.P. R3 R4 R1 R2 VDD 0.1ЖF VDD Termination : high impedance probes Note : R3 & R4 to change for the use of low impedance probes VDD +3.3V +2.5V 130Њ 270Њ 130Њ 270Њ 82Њ 62Њ 82Њ 62Њ TEST CIRCUIT(2) 2.54 2.54 5.08 1.6 1.6 2.2 0.01ЖF Ỗ 0.1ЖF SOLDERING PATTERN A Qty/ReelB C D F J L M Reel Dia. 4.0±0.1 2.0±0.1 1.75±0.1+0.1 -0П1.5 L B F D A C J M TAPE SPECIFICATIONS Actual Size