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Space Oven Controlled Crystal Oscillator OCXO RK 408

Space Oven Controlled Crystal Oscillator OCXO RK 408
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Space Oven Controlled Crystal Oscillator OCXO RK 408 - 1

Space Oven Controlled Crystal Oscillator RK 408 108 Stability class OCXO For this product, full and detailed spcifications can be delivered on request. Spcifie request can be addressed to RAKON info@rakon.fr Product Description This Low Noise Space OCXO is designed for Clocks, Navigation and Positioning Systems. It is used in such applications as GPS receivers, digital cards, onboard calculators, down and up converters, synthesizers. This frequency source is featured by remarkable overall frequency stability vs. temperature range up to ±10 ppb under vacuum, ± 100 ppb per year, power consumption at steady state of 2W under vacuum. The RK408 is manufactured in accordance with MIL-PRF-55310 (Class 1, type 4, level S), is available in different packages in a volume of 40x50x20mm. Features ITAR-Free Low phase noise Frequency Range: 10 MHz to 125 MHz Supply Voltage: +5V to +12V Multi-package Warm up Consumption: 5 W max Steady state Consumption: 2 W under vacuum and 3W under atmospheric pressure Frequency Stability vs. Operating Temperature Range: ±10 ppb under vacuum Ageing : ±0.20 ppm over 30 years typical at 10 MHz Output Wave Form : sine 50 Ohms Output Level : from 10 to 12 dBm 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 4, level S) o ECSS-Q-ST-70-08C and ECSS-Q-ST-70-38C Applications 驕 Transponders Onboard calculators Օ GPS receivers Synthesizers Օ Navigation FGU Օ Converters Spcifications 1. Environmental conditions Parameters Conditions/remarks Min Nom Max Unit Option A -5 25 60 °C Operating Temperature Option B -20 25 70 °C Option C -40 25 75 °C Option D -40 25 70 °C Switch-on Temperature TSo -40 85 °C Non-Operating Temperature TNOp -55 125 °C Random Vibration 61 Grms Sine Vibration Level 61G as per MIL-STD-202, Method 204 Mechanical shock as per MIL-STD-202, Method 213, Condition E (half sine with a Shocks peak acceleration of 3000g for duration of 0.3 msec) TID : 100 kRad, low dose rate Radiation No SEL up to LET=60 MeV/mg/cm2 January,17th 2012 Specifications subject to change without notice Shortform, 51001203.110, Issue A0 1 / 9 www.rakon.com

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Space Oven Controlled Crystal Oscillator OCXO RK 408 - 2

Shortform table.main {} tr.row {} td.cell {} div.block {} div.paragraph {} .font0 { font:8.00pt "Arial", sans-serif; } .font1 { font:9.00pt "Arial", sans-serif; } .font2 { font:13.00pt "Arial", sans-serif; } .font3 { font:16.00pt "Arial", sans-serif; } Space Oven Controlled Crystal Oscillator RK 408 108 Stability class OCXO 2. Electrical interface Parameters Conditions/remarks Min Nom Max Unit Power supply Option 1 4.75 5 5.25 V Option 2 11.4 12 12.6 V Load Impdance 45 50 55 W Rf驩rence voltage Vref for supply voltage between 5V..9V 3.1 3.2 3.3 V Vref for supply voltage above 9.0 V 6.6 6.9...

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Space Oven Controlled Crystal Oscillator OCXO RK 408 - 3

Shortform table.main {} tr.row {} td.cell {} div.block {} div.paragraph {} .font0 { font:8.00pt "Arial", sans-serif; } .font1 { font:9.00pt "Arial", sans-serif; } .font2 { font:13.00pt "Arial", sans-serif; } .font3 { font:16.00pt "Arial", sans-serif; } Space Oven Controlled Crystal Oscillator RK 408 108 Stability class OCXO 3.2. Performance @ 120 MHz Parameters Conditions/Remarks Min Typ Max Unit Nominal Frequency 120 MHz Steady state input current power Vacuum @ -20°C 2 W Warm up supply power 5 W Initial frequency Frequency pulling accuracy Option 2 ± 0.1 ppm Frequency adjustment Positive...

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Space Oven Controlled Crystal Oscillator OCXO RK 408 - 4

Space Oven Controlled Crystal Oscillator RK 408 108 Stability class OCXO 4. Mechanical features Package name Description Dimensions PT1 Pin Through 40x50x20 mm ^^^^ MS1 Micro D+SMA 40x50x20 mm PS1 Pin side+SMA 40x50x20mm ^^B^ ^ ^^^^^^ January,17th 2012 Specifications subject to change without notice Shortform, 51001203.110, Issue A0 4 / 9 www.rakon.com

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Space Oven Controlled Crystal Oscillator OCXO RK 408 - 5

l^j^J^^ Space Oven Controlled Crystal Oscillator RK 408 108 Stability class OCXO 4.1. Package PT1 (Pin Through) January,17th 2012 Spcifications subject to change without notice Shortform, 51001203.110, Issue A0 5 / 9

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Space Oven Controlled Crystal Oscillator OCXO RK 408 - 6

l^j^J^^ Space Oven Controlled Crystal Oscillator RK 408 108 Stability class OCXO 4.2. Package MS1 (Micro D + SMA) January,17th 2012 Spcifications subject to change without notice Shortform, 51001203.110, Issue A0 6 / 9

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Space Oven Controlled Crystal Oscillator OCXO RK 408 - 7

l^j^J^^ Space Oven Controlled Crystal Oscillator RK 408 108 Stability class OCXO 4.3. Package PS1 (Pin side + SMA) January,17th 2012 Spcifications subject to change without notice Shortform, 51001203.110, Issue A0 7 / 9

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Space Oven Controlled Crystal Oscillator OCXO RK 408 - 8

Space Oven Controlled Crystal Oscillator RK 408 108 Stability class OCXO 5. Model philosophy Representativeness Engineering Model Engineering Qualification Model Qualification Model Flight Model Flight Model + Lot Acceptance test Options A B, C D E, F, G, H I, J Components Passive commercial parts, Active parts from the same manufacturer of HiRel parts Mil Grade parts procured from the same manufacturer of HiRel parts HiRel Parts HiRel Parts HiRel Parts Crystal material Swept quartz stabilized Swept quartz stabilized ESCC3501 Swept quartz stabilized ESCC3501 Swept quartz stabilized ESCC3501...

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Space Oven Controlled Crystal Oscillator OCXO RK 408 - 9

Space Oven Controlled Crystal Oscillator RK 408 108 Stability class OCXO 9. Ordering part number definition The part number breakdown is defined as follows: RK 408 PS1 A 1 1 E 10M000000 RAKON -1 Serie OCXO (4xx) - 108 stability class Package PT1 = 40x50x20 Pin Through MS1= 40x50x20 Micro D + SMA PS1 = 40x50x20 Pin side + SMA Temperature stability (1) A = -5°C to +60°C, ± 10 to ± 20 ppb B = -20°C to +70°C, ± 20 to ± 40 ppb C = -40°C to +75°C, ± 30 to ± 60 ppb D = -40°C to +70°C, ± 60 to ± 120 ppb Supply voltage 1 = 5V - 2 = 12V Frequency pulling 1 = internal calibration - 2 = voltage...

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