High Stability Oscillator series

HSO 13

10

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