ACT OX310 Ocxo, sine wave, hcmos, 20.5 x 20.5 x 12.0mm Datasheet

OX310 Series
OCXO, Sine wave, HCMOS, 20.5 x 20.5 x 12.0mm
● Excellent frequency vs Stability
● Unit weight: 10gm max
● RoHS compliant
Output characteristics
Parameter
Frequency range
Specification
Remarks/Test condition
5.0MHz ~ 125.0MHz
Standard: 10MHz, 12.8MHz, 20MHz, 40MHz
100MHz
3.3V typical
Min: 3.15V, Max: 3.45V
Supply voltage (Vs)
Reference voltage VREF output
Warm‐up current consumption
Steady state current consumption @25°C
5.0V typical
Min: 4.75V, Max: 5.25V
12.0V typical
Min: 11.4V, Max: 12.6V
3.0V
For Vs = 3.3V
4.0V
For Vs = 5.0V
5.0V
For Vs = 12.0V
800.0mA max
Vs = 3.3V
600.0mA max
Vs = 5.0V
300.0mA max
Vs = 12.0V
300.0mA max
Vs = 3.3V
200.0mA max
Vs = 5.0V
100.0mA max
Vs = 12.0V
RF output
Output waveform
Sine wave
HCMOS
Output load
50.0Ω
15.0pF
Output level
Min: +3.0dBm
‐
Harmonics
‐25.0dBc max
‐
Duty cycle
‐
40%/60%'
Rise/Fall time
‐
5.0ns
Warm‐up time at +25°C
3.0 minute typical, 5.0 minute max
Phase noise
±10%
@ Vs/2
@ 10% ~ 90% Vs
∆f final/ fnominal < ±0.1ppm
Contact factory
Frequency stability (Typical, @ 10.00MHz)
Initial tolerance
vs Operating temperature range
vs Supply voltage variation
vs Load change
Long term aging/day
Long term aging 1 year
±300.0ppb max
At +25°C, Vc @ centre value
±5.0ppb ~ ±200.0ppb
Table 1
±10.0ppb max
Vs ± 5%
±10.0ppb max
RL ± 10%
AT‐cut: ±10.0ppb max ||SC‐cut: ±2.0ppb max
After 30 days operation
AT‐cut: 300.0ppb typical, ±500.0ppb max
SC‐cut: 50.0ppb typical, ±200.0ppb max
After 30 days operation
Frequency adjustment range
Electronic frequency control (EFC)
AT‐cut: ±2.0ppm min, ±5.0ppm max
SC‐cut: ±0.8ppm min
EFC voltage Vc
Vref/2 ± Vref/2
EFC slope
Positive
EFC input impedance
100.0kΩ min
Absolute maximum ratings
Supply voltage Vs
Min: ‐ 0.5V
Control voltage Vc
Min: ‐0.5V
Storage temperature
Max: Vs + 10%
Vs to GND
15V
Vc to GND
‐55°C ~ +125°C
ACT (A wholly owned Acal BFi Company)
+44 (0) 118 978 8878|[email protected]|www.act.co.uk
ISO9001 Registered
Specifications subject to change without notification
OX310 Series
OCXO, Sine wave, HCMOS, 20.5 x 20.5 x 12.0mm
Table 2: Frequency stability vs operating temperature range
Temperature (°C)
±5.0ppb
±10.0ppb
±25.0ppb
±50.0ppb
±100.0ppb
±200.0ppb
0°C ~ +50
SC‐cut √
SC‐cut √
SC‐cut √
AT‐cut √
AT‐cut √
AT‐cut √
‐10°C ~ +60
SC‐cut √
SC‐cut √
SC‐cut √
AT‐cut √
AT‐cut √
AT‐cut √
‐20°C ~ +70
SC‐cut √
SC‐cut √
SC‐cut √
SC‐cut √
AT‐cut √
AT‐cut √
‐30°C ~ +70
Enquire
SC‐cut √
SC‐cut √
SC‐cut √
SC‐cut √
AT‐cut √
‐40°C ~ +75
Enquire
Enquire
SC‐cut √
SC‐cut √
SC‐cut √
SC‐cut √
‐40°C ~ +85
Enquire
Enquire
SC‐cut √
SC‐cut √
SC‐cut √
SC‐cut √
‐55°C ~ +85
X
Enquire
Enquire
SC‐cut √
SC‐cut √
SC‐cut √
Mechanical dimensions and Pin functions
ACT part number
ACT will provide a unique part number with full specification based on your requirements, please provide the following details.
ACT series
Frequency (MHz)
Supply voltage
(V)
Output type
Frequency stability (ppb)
OX310
ACT (A wholly owned Acal BFi Company)
+44 (0) 118 978 8878|[email protected]|www.act.co.uk
ISO9001 Registered
Specifications subject to change without notification
Operating temperature
range (°C)
OX310 Series
OCXO, Sine wave, HCMOS, 20.5 x 20.5 x 12.0mm
Table 3: Environmental conditions
Test
IEC60068 part…
IEC 60679‐1
Clause
MIL‐STD‐202G
Method
Sealing tests
(if applicable)
2‐17
5.6
Solderability resistance
to
soldering heat
2‐20
2‐58
Shock
MIL‐PRF‐55310D
Clause
Test conditions (IEC)
112E
3.6
Gross leak: Test QC,
Fine leak : Test QK
5.6
208H
210F
3.6.52
3.6.48
Test Ta Method 1
Test Td1 Method 2
Test Td2 Method 2
2‐27
5.6.8
213B
516.4
Vibration, sinusoidal
2‐6
5.6.7.1
201A
204D
516.4‐4
Vibration, random
2‐64
5.6.7.3
214A
514.5
5.7.1
5.7.2
108A
Endurance Tests
‐Ageing
‐ extended aging
MIL‐PRF‐810F
Method
3.6
3.6.38.1
3.6.38.2
3.6.38.3
3.6.38.4
4.8
Drawing control: (Internal use only)
Issue number: 1
Date: 01/06/2017
Internal reference: O1
ACT (A wholly owned Acal BFi Company)
+44 (0) 118 978 8878|[email protected]|www.act.co.uk
ISO9001 Registered
Specifications subject to change without notification
Test Ea, 3 x per axes 100g,
6 ms half sine pulse
Test Fc, 30 min per axes,
10Hz ‐ 55Hz 0, 75mm; 55Hz‐2kHz, 10g
Test Fdb
30 days @ 85°C, OCXO @ 25°C
1000h, 2000h, 8000h @ 85°C
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