HSO13 TEMEX
Document overview
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Technical content
Features
High Stability Oscillator (HSO), Oven Controlled Crystal Oscillator (OCXO) Frequency: 5 or 10 MHz Short-term stability: down to 2.10-13 @5&10MHz Stability over 0°C to +50°C: ± 5.10-11 Supply Voltage: +12V Package: pin-through-hole (67x60x40mm) Ageing: ± 5.10-11 per day
Applications
Reference oscillator for laboratories GPS receivers Master clocks Ground stations Specifications 1. Environmental conditions Parameters Conditions/remarks Min Nom Max Unit Operating Temperature Max. 1°C / hour 0 25 50 °C Non-Operating Temperature 0 25 50 °C Storage Temperature 0 50 °C Frequency stability after mechanical shocs Half sine 30g/11 ms ± 1E-8 Frequency stability after sine vibrations 10 to 500Hz 10g acceleration ± 5E-9 2. Electrical interface Parameters Conditions/remarks Min Nom Max Unit Power supply 11.40 12 12.60 V Load Impedance 47.5 50 52.5 W
High Stability Oscillator series HSO 13 10-13 Short-term stability class OCXO December 24th, 2014 Specifications subject to change without notice Shortform, 51001807.110, Issue A0 2 / 4 www.rakon .com 3. Performance data 3.1. Performance @ 5 MHz Parameters Conditions/Remarks Min Typ Max Unit Nominal Frequency (Fn) 5 MHz With internal potentiometer ± 50 ± 100 ppb Frequency tuning with Vc input from 0V to 10V ± 20 ppb Steady state supply current Typical @ 25°C 3 W Warm up supply current Frequency achievement 5mn after start up @ 25°C 10 W For frequency in the range Fn +/- 1 ppm 5 mn For full performance 1 28 day Frequency stability vs temperature ± 5E-11 Frequency variation vs. supply voltage Vcc ±1% @25°C ± 1E-11 Frequency variation vs. load For ±10% variation of load ± 2E-11 per day ± 5E-11 per month ± 1.5E-9 per year ± 1E-8 10 years cumulated ± 5E-8 G-sensitivity ± 1 ppb/G Output waveform Output level 4 dBm Harmonics level -40 dBc Spurious level -70 dBc Relative pulling frequency range Frequency warm up time Frequency ageing after 30 days of continuous operation Sine 3.2. Performance @ 10 MHz Parameters Conditions/Remarks Min Typ Max Unit Nominal Frequency (Fn) 10 MHz With internal potentiometer ± 50 ± 100 ppb Frequency tuning with Vc input from 0V to 10V ± 20 70 ppb Steady state supply current Typical @ 25°C 3 W Warm up supply current Frequency achievement 5mn after start up @ 25°C 10 W For frequency in the range Fn +/- 1 ppm 5 mn For full performance 1 28 day Frequency stability vs temperature ± 5E-11 Frequency variation vs. supply voltage Vcc ±1% @25°C ± 1E-11 Frequency variation vs. load For ±10% variation of load ± 2E-11 per day ± 5E-11 per month ± 1.5E-9 per year ± 1E-8 10 years cumulated ± 5E-8 G-sensitivity ± 1 ppb/G Output waveform Output level 4 dBm Harmonics level Subharmonics -40 dBc Spurious level -70 dBc Frequency ageing after 30 days of continuous operation Sine Relative pulling frequency range Frequency warm up time
High Stability Oscillator series HSO 13 10-13 Short-term stability class OCXO December 24th, 2014 Specifications subject to change without notice Shortform, 51001807.110, Issue A0 3 / 4 www.rakon .com 4. Short-term stability options & phase noise 25 ADEV= 25E-14 25E-14 (2.5E-13)
50 ADEV= 50E-14 50E-14 (5E-13)
Max/Typ. 1kHz Max/Typ. 10kHz Max/Typ.
20 ADEV= 20E-14 20E-14 (2E-13)
ADEV option Conditions/Remarks Tau = 1s - 30s Frequency 1Hz Max/Typ. 10Hz Max/Typ. 5. Mechanical features Package name Description Dimensions PTH1 Pin-throuh-hole package 2.36”x2.63”x1.57” 60x67x40 mm 5.1. Package PTH1 (Pin-through-hole)
High Stability Oscillator series HSO 13 10-13 Short-term stability class OCXO December 24th, 2014 Specifications subject to change without notice Shortform, 51001807.110, Issue A0 4 / 4 www.rakon .com 6. Ordering part number definition The part number breakdown is defined as follows: Note:the standard frequencies are 5 and 10MHz. Please consult your sales office for any other frequency. Series High Stability Oscillator 10-13 short-term stability class Package PTH1 = 60x67x40mm Pin-through-hole HSO13 PTH1 5M Frequency, fnom ADEV