Space Temperature Compensated Crystal Oscillator For this product, full and detailed specifications can be delivered on request. Specific request can be addressed to RAKON [email protected] Product Description This High performance ITAR Free Flat Pack TCXO provides a combination of overall stability down to +/-0.5ppm, with low power consumption of 0,15W all over temperature range up to -40..+85C° and excellent phase noise. Major applications of this TCXO are transponders, GPS receivers, digital cards and down and up converters. Space Flat Pack TCXOs (25x25x13.2mm) are manufactured in accordance with MIL-PRF-55310 (Class 1, type 3, level S). Frequency Range : 10MHz to 100 MHz Supply Voltage : +5V or +12V Low Consumption : 30 mA max Frequency Stability vs. Operating Temperature : from +/- 0.5ppm to +/– 5ppm Ageing : +/- 5ppm over 15 years Output Wave Form : square CMOS compatible Hermetic case Component selected as per ECSS-Q-ST-60C Materials selected as per ECSS-Q-70 Manufacturing in accordance with: o MIL-PRF-55310 (Class 1, type 3, level S,B) o ECSS-Q-ST-70-08C and ECSS-Q-ST-70-38C GPS receivers Converters Board calculators Environmental conditions Line Operating Temperature Switch-on Temperature Non-Operating Temperature Random Vibration Level as per MIL-STD-202), Method 214, Condition I-K (46,3 Grms) Sine Vibration Level as per MIL-STD-202), Method 204, Condition D (20G) Mechanical shock as per MIL-STD-202, Method 213, Condition E (half sine with a peak acceleration of 1000g for duration of 0.5 msec) TID : 100 kRad, low dose rate No SEL up to LET=60 MeV/mg/cm² Specifications subject to change without notice 1/5

Space Temperature Compensated Crystal Oscillator Electrical interface Line Power supply 30 MHz ≤ Frequency < 50 MHz, In parallel with 1 kΩ 50 MHz≤Frequency < 100 MHz, In parallel with 1 kΩ 2.3 10 MHz ≤ Frequency < 30 MHz, In parallel with 1 kΩ Load Impedance Adjustment Resistor Performances Line Nominal Frequency Steady state supply power Initial frequency accuracy Frequency adjustment Frequency stability vs temperature Frequency variation vs. supply voltage Over Operating Temperature Frequency variation vs. load Over Operating Temperature Frequency ageing Output waveform Output level Rise time...

Space Temperature Compensated Crystal Oscillator Mechanical features Hauteur maximum du boitier sous pression atmospherique Maximum package height under atmospheric pressure Hauteur maximum du boitier sous depression Maximum package height under underpressure Grounds pins : Pins # Electrical & Mechanical Ground Supply Voltage Calibration option 1 Resistor Adjustment Frequency Output Specifications subject to change without notice

Space Temperature Compensated Crystal Oscillator Model philosophy Representativeness Mechanical interface Electrical interface Tests Qualification Model Flight Model Passive commercial parts Active parts from the same manufacturer of HiRel parts Swept quartz Mil Grade parts procured from the same manufacturer of HiRel parts HiRel Parts HiRel Parts HiRel Parts Swept quartz Crystal material Engineering Qualification Model Engineering Model Flight Model + Lot Acceptance test Swept quartz ESCC3501 Stabilized Flight representative in form-fitfunction Flight design Acceptance testing Flight representative...

Space Temperature Compensated Crystal Oscillator Ordering part number definition The part number breakdown is defined as follows: TE 310 E A 1 1 1 40M000000 Series Model A = EM B = EQM full environmental testing C = EQM reduced environmental testing D = QM E = FM level S F = FM level S with combined BI-aging G = FM level B H = FM level B with combined BI-aging I = FM + group C Temperature range/Stability A = 0° to +50° ± 0.5 ppm C C, B = –20° to +70° ± 1 ppm C C, C = –40° to +85° ± 5 ppm C C, Supply voltage 1 = 5V 2 = 12V Wave form 1 = Square AHCMOS Frequency adjustment 1: ± 5 ppm Frequency,...