family package 5×3.2 mm From 10 kHz up to 225 MHz DIMENSIONS Recommended Solder Pad: Package: Bottom view 100% Leadfree, RoHScompliant: SMT Clock oscillator in ceramic package Fundamental quartz mode frequency High shock and vibration resistance Wide temperature range Low aging Ultra low MSL Very fast start-up Excellent solderability Swiss made quality Customer specification on request DESCRIPTION: This SMD oscillator in ceramic package has been specially designed for surface mount using infrared, vapor phase or epoxy techniques. Applications: - Avionics - Airbone equipments - Remote control - Security application - Radio Transceiver - Microprocessor clocks The MCSO2's are supplied on trays (128 pcs / tray) For pick-and-place equipment, the parts are available in 12mm tapes with 250 parts min 1000 parts min Frequency stability Over temperature range (see orderding info) Including: adjustment at 25°C long term aging 10 years over supply voltage ±5% over load min to max Frequency stability version T Over temperature range (see ordering info) Including: adjustment at +25°C long term aging 1 year over supply voltage ±5% over load min to max Supply voltage ± 5% 1)* Input current Output signal Symmetry at Vdd/2 Rise & fall time ≤ 20MHz For F=32.768 kHz rise & fall time ≤ 150ns (load 15pf 20% to 80%) Rise & fall time ≥ 20MHz (load 15pf 10% to 90%) Level "0" & "1" Start-up time Load min / max * 1) C = 47nF ceramic must be connected between GND & Vdd

blank =Vdd = 5V STANDARD FREQUENCIES: Other frequencies from 10 kHz up to 225 MHz on request ENVIRONMENTAL Storage temp. range Vibration resistance Reflow soldering Terminations option T3 on request with tinned Ag/Cu/Zn Pin 1 open → Pin 3 Clock H → Clock L → Low E/D option 1 on request Reaction time ˂ 1μs - No power E/D function (pin 1) before Vdd is setting on - E/D option not available for F ˂ 500 kHz - E/D option on request (very low consumption in disable mode). PRODUCT DESCRIPTION AND ORDERING INFORMATION: option 1 E/D enable / disable option 2 blank Au plasted T3 = tinned Frequency A unique...