AXTAL Examples - Pletronics, Inc.

Pletronics, Inc.
Designed and manufactured by:
AXTAL GmbH & Co. KG
19013 36th Ave. West PO Box 2607 Lynnwood, Washington
98036 U.S.A.
T: 1-425-776-1880
F: 1-425-776-2760 E: ple-sales@pletronics.com
www.pletronics.com
Model
AXIOM10
Output
CMOS
Frequency Range (MHZ)
Standard Frequencies
(MHZ)
AXIOM10HP
High Stability
AXION10S
Stratum III
Stratum IIIe
AXIOM20
CMOS
CMOS
Sinewave
AXION20S
Stratum III
AXIOM20-17
Cospas Sarsat
AXION25
CMOS
CMOS
Sinewave
D-74821 Mosbach
Germany
www.axtal.com
AXIOM30
AXIOM30HP
High Stability
High
Performance
CMOS
Sinewave
AXION30S
Stratum IIIe
CMOS
10 - 120
10.0
10 - 12.8
10 - 80
10 - 20
60.75
10 - 80
10 - 40
10.0
10 - 20
10.0, 12.8,
19.44,
20.0
10.0
10.0, 12.8
10, 12.8,
16.384
12.8, 16.384,
19.44,
20.0
60.75
10.0, 12.8,
16.384
10.0, 12.8,
19.44, 20.0
10.0
10.0, 12.8,
20.0
AXIOM35
AXIOM40
High Stability High Stability
Sinewave
CMOS
10 - 40
5 - 40
10.0, 16.384, 10.0, 16.384,
20.0
20.0
AXION40S
Stratum IIIe
CMOS
AXIOM45
High Stability
AXIOM50
AXIOM70
CMOS
AXIOM75
Sinewave
AXIOM90
SMA out
Sinewave
AXIOM95
SMA out
Sinewave
AXIOM110500
SMA out
AXIOM1602000
SMA out
AXIOM260500
Vibration
Prot
AXIOM260
Sinewave
Sinewave
Sinewave
Sinewave
Environmental conditions
Sinewave
Sinewave
5 - 20
5 - 120
100-120
10 - 40
10-120
10 - 40
80 - 130
120
100
100
120
10.0, 12.8,
20.0
10.0, 16.384,
20.0
100,
120
10.0, 12.80,
19.44
10.0, 12.8,
100.0
10.0, 12.9,
20.0
96.0, 100.0,
116.0, 130.0
120.0
100.0
100.0
120.0
Frequency Stabilities (ppb)
o
Model
Frequency Range (MHZ)
Standard Frequencies
(MHZ)
Test
Frequency Stabilities (ppb)
Visual inspection,
dimensions
o
Initial tolerance at 25 C
±500
±50, ±20 typ
±500 typ
±500
±500 typ
±2,000
±500 typ
±500 max
±20
±1000
±500 max
±500
±500
±500 max
±500 max
±500 max
±500 max
±500 max
±500 typ
±0.1 max
±200 max
±500 max
±1,000 max
vs. Temperature
±200,
±100,
±50,
±25,
±10,
±5
±280 (III),
±10 (IIIe)
±500,
±300,
±200,
±100
±280
±2ppb/min
for dT
±5oC/hr
±2ppb for
30oC shock
±500,
±300,
±200,
±100
±200,
±100,
±50,
±25,
±10,
±5
±5
±10
±200,
±100,
±50,
±25,
±10,
±5
±100,
±50,
±25,
±10,
±5
±10
±100,
±50,
±25,
±10,
±5
±200 typ
±500 max
±200,
±100,
±50,
±25,
±10,
±5
±200,
±100,
±50,
±25,
±10,
±5
±200,
±100,
±50,
±25
±200,
±100,
±50,
±25
±500
±2,000
±2,000
±2,000 T1,
±3,000 T2
vs. Supply
±10
±0.5 typ
±10
±10
±10 typ
±20
±10
±10
±0.5
±1
±10
±2
±1
±2
±20
±10
±10
±10
±10
±50
±10
±100
±10
vs. Supply
vs. Load Change
±10
±0.5
±10 typ
±20
±10 typ
±20
±20
±10
±0.5
±1
±10
±2
±1
±2
±20
±10
±5
±10
±10
±50
±10
±100
±10
vs. Load Change
Long Term (aging)/day
after 30 days operation
±10,
±2
±0.5
---
---
±40
---
---
±10,
±2
±0.5
---
±10,
±2
---
---
---
±2
±10,
±2
±10,
±2
±10,
±2
±10,
±2
±70
±70
±70
±10
Long Term (aging)/day
after 30 days operation
long term (aging) 1st year
at 40oC, after 30 days
±200,
±100
±30
±200
±500
±800
---
±500
±200, ±100
±30
---
±200,
±100
±200,
±100
---
±200,
±100
±1,000 max
±500 type
±200,
±100
±200,
±100
±200,
±100
±200,
±100
±2000
±2000
---
±100
long term, 5 years
---
---
---
---
±10 ppm
---
---
---
---
---
---
---
---
---
---
---
---
---
±2500
±2500
---
long term, 10 years
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
long term, 15 years
---
---
±4.6 ppm
---
±4.6 ppm
---
---
---
±500
±4.6 ppm
---
---
±4.6 ppm
---
---
---
---
---
---
---
---
---
---
---
±370
---
---
---
---
---
---
---
12
---
---
---
---
---
---
5 min.
5 min.
5 min.
2 min.
5 min.
2 min
2 min.
3 min.
5 typ,
105 max min.
5 min.
5 min.
5 min.
5 min.
5 min.
3 min.
5 min.
5 min.
5 min.
5 min.
holdover stability
o
Warm-up time at 25 C
IEC
60679-1
clause
4.3
4.6.2
Gross leak: Test Qc
Fine Leak: Test QK
Solder ability
Resistance to heat
2-20
2-58
4.6.3
Test Ta (235±5)oC Method 1
Test Tb Method 1A, 5s
Shock
2-27
4.6.8
Test each 3 x per axis 100g, 6 ms
half-sine pulse
2-27
4.6.8
Test ache 3 x per axis 30g, 18 ms
half-sine pulse
Bump
2-29
4.6.6
Test Eb, 4,000 bumps per axis,
40g, 6mS
long term (aging) 1st year
at 40oC, after 30 days
Free Fall
2-32
4.6.9
Test Ed procedure 1,
2 drops from 1m height
---
long term, 5 years
4.6.7
±1,500
long term, 10 years
Vibration,
sinusoidal
2-6
±2,000
Test Fc, 30 min per axis, 10 Hz 55 Hz 0.75mm; 55Hz -2KHz, 10g
---
---
---
long term, 15 years
2-6
4.6.7
Test Fc, 6 cycles per axis, 100 Hz
-2KHz, 6g
---
---
---
---
holdover stability
5 min.
5 min.
4 min.
80 sec.
Rapid change of
temperature
2-14
4..6.5
Test Na, 10 cycles at extremes of
operating temperature range
Dry Heat
2-2
4.6.14
Test Ba, 16 h at upper
temperature indicated by climatic
category
Damp heat, cyclic
2-30
4.6.15
Test Db variant 1 severity,
55oC/85% R.H., 6 cycles.
Cold
2-1
4.6.16
Test Aa, 2 h at lower temperature
indicated by climatic category
Climatic Sequence
1-7
4.6.17
Sequence 4.6.14, 4.6.15 (1st
cycle), 4.6.16, 4.5.15 (5 cycles)
Damp heat, steady
state
2-3
4.6.18
Test Ca, 56 days
4.7.1
4.7.2
30 days @ 85oC, OCXO @ 25oC
1000h, 2000h, 8000h @ 85oC
Warm-up time at 25oC
±3 min,
±1 typ
±1 min
none
±2 min,
±5 max
none
none
±2 min,
±5 max
±3 min,
±0.8 min
±1 min
none
±3 min,
±0.8 min
±3 min,
±0.8 min
none
±5 min,
±0.8 min
none
±3 min,
±0.8 min
±3 min,
±0.8 min
±3 min,
±1 min
±3 min,
±1 min
±2 min,
±5 max
none
±1.5
±1.6
Electronic Frequency
Control (EFC) (ppm)
EFC Voltage nominal
50% VS
2.5
---
50% VS
---
---
50% VS
50% VS
2.5
---
50% VS
50% VS
---
2.5V
---
50% VS
50% VS
1.65V,
2.5V
1.65V,
2.5V
0.0V
---
2.5
0.0V
EFC Voltage nominal
EFC Range
5/95% VS
0 to VREF
---
5/95% VS
---
---
5/95% VS
5/95% VS
0 to 5V
---
5/95% VS
5/95% VS
---
0.25 to 4.75V
---
5/95% VS
5/95% VS
0.15-3.15V
0.25-4.75V
0.15-3.15V
0.25-4.75V
±4.0V
---
0 to 5V
±4.0V
EFC Range
EFC Slope
Positive
Positive
---
Positive
---
---
Positive
Positive
Positive
---
Positive
Positive
---
Positive
---
Positive
Positive
Positive
Positive
Positive
---
Positive
Positive
EFC Slope
100K
100K
---
100K
---
---
100K
100K
100K
---
100K
100K
---
100K
---
100K
100K
100K
100K
50K
---
50K
10K
EFC Input impedance
Load
15pF
50 ohms
15pF
15pF
15pF
15pF
50 ohms
15pF
50 ohms
15pF
50 ohms
15pF
15pF
50 ohms
50 ohms
15pF
50 ohms
50 ohms
50 ohms
50 ohms
50 ohms
50 ohms
50 ohms
Load
Level
5/95% VS
+5/+10dBm
5/95% VS
5/95% VS
5/95% VS
5/95% VS
+3dBm min
5/95% VS
+5/+10dBm
5/95% VS
+3dBm min
5/95% VS
5/95% VS
+3dBm min
+11dBm min
+15dBm max
5/95% VS
+7dBm min
+3dBm min
+3dBm min
+10dBm +14dBm
+10dBm min
+15dBm max
+5dBm min
+9dBm max
+5dBm min
+9dBm max
Level
Phase Noise (dBc/Hz) 1Hz
10Hz
100Hz
1KHz
10KHz
100KHz
1MHz
---
-100 typ
-130 typ
-145 max
-150 max
-150 max
-150 max
---
---
---
---
---
-100 typ
-130 typ
-145 max
-150 max
-150 max
-150 max
---90 typ
-120 typ
-140 typ
-145 typ
-145 typ
---
---120
-140
-145
-150
-150
---90 typ
-120 typ
-140 typ
-145 typ
-145 typ
---
---90 typ
-120 typ
-150 typ
-165 typ
-165 typ
---
-----140 typ
-150 typ
-155 type
-160 typ
---
---
-95 typ
-120 typ
-140 typ
-145 typ
-145 typ
---90
-120
-155
-165
-170
-------149 typ
-160 typ
-165 typ
-165 typ
Vib.
---115 -85 typ
-145 -136 typ
-155 -145 typ
-160 -155 typ
Std Vib.
- 85 -55 typ
-115 -55 typ
-145 -125 typ
-165 -155 typ
-168 -168 typ
1Hz Phase Noise (dBc/Hz)
10Hz
100Hz
1KHz
10KHz
100KHz
1MHz
Short term stability τ=1S
(Allan deviation)
τ=10S
τ=100S
---
5 * 10-12 typ
1 * 10-11 typ
1 * 10-10 max
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
---
Std
---
-20
---
---
---
---
-20
---
-20
---
-20
---
---
-20
-30
---
-30
-30
-30
-30
-30
---
-30
Harmonics (dBc)
Non-harmonics (dBc)
---
---
---
---
---
---
---
---
---
---
---
---
---
---
-80
---
-90
-50
-50
-85
---
—
-80
Non-harmonics (dBc)
Oven Alarm
no
yes, CMOS
no
no
no
no
no
no
yes, CMOS
no
no
no
no
no
no
no
no
no
no
no
no
no
no
Oven Alarm
Reference Voltage Output
3.0V
3.0V
no
no
no
no
no
3.0
5.0V
no
3.0
3.0
no
3.0
no
no
no
no
no
no
no
no
no
Reference Voltage Output
Supply Voltage (VS)
3.3,
5.0
12
3.3,
5.0
3.3,
5.0
3.3,
5.0
5.0V osc
5.0V oven
3.3,
5.0
3.3,
5.0
12
3.3,
5.0
5.0,
12.0
5.0,
12.0
3.3,
5.0
5.0,
12.0
12.0
3.3,
5.0
5.0,
12.0
3.3,
5.0,
12.0
3.3,
5.0,
12.0
15.0
12.0
8.0
15.0
Supply Voltage (VS)
Current Steady State 25C
(mA)
3.3V, 300
5.0V, 250
100
3.3V, 300
5.0V, 250
3.3V, 300
5.0V, 200
3.3V, 300
5.0V, 250
15 osc
100 oven
3.3V, 300
5.0V, 200
3.3V, 300
5.0V, 200
100
3.3V, 300
5.0V, 250
5.0V, 200
12V, 100
5.0V, 200
12V, 80
3.3V, 350
5.0V, 250
5.0V, 200
12V, 80
100
3.3V, 350
5.0V, 250
5.0V, 200
12V, 80
3.3V, 400
5.0V, 300
12V, 150
3.3V, 400
5.0V, 300
12V, 150
350
270
310
150
Current Steady State 25oC
(mA)
Current Turn-On (mA)
3.3V, 800
5.0V, 500
350
3.3V, 800
5.0V, 500
3.3V, 800
5.0V, 500
3.3V, 800
5.0V, 500
400 (Cl.1)
300 (Cl.2)
3.3V, 800
5.0V, 500
3.3V, 800
5.0V, 500
340
3.3V, 800
5.0V, 500
5.0V, 500
12V, 250
5.0V, 500
12V, 200
3.3V, 800
5.0V, 500
5.0V, 500
12V, 200
300
3.3V, 900
5.0V, 600
5.0V, 500
12V, 200
3.3V, 1000
5.0V, 800
12V, 400
3.3V, 1000
5.0V, 800
12V, 400
500
Specified Temperature (oC)
-10 / +60
-10 / +60
-40 / +80 (III)
0 / +70 (IIIe)
-10 / +60
-40 / +80
-40/+55(Cl.1)
-20/+55(Cl.2)
-10 / +60
-10 / +60
-20 / +70
0 / +70
0 / +50
-10 / +60
-10 / +60
0 / +70
-20 / +70
-10 / +60
-20 / +70
-10 / +60
-20 / +70
-10 / +60
-20 / +70
-20 / +70
-40 / +85
-40 / +85
-40 / +75
-40 / +85
Specified Temperature (oC)
Operable Temperature (oC)
-20 / +70
-20 / +70
---
-30 / +70
-45 / +90
-45 / +60
-30 / +75
-20 / +70
-20 / +70
-25 / +80
-20 / +70
-30 / +75
-30 / +75
-30 / +75
-40 / +85
-30 / +75
-30 / +75
-25 / +75
-25 / +75
-45 / +90
-45 / +90
-45 / +80
-45 / +90
Operable Temperature (oC)
Storage Temperature (oC)
-40 / +85
-40 / +85
-40 / +85
-40 / +85
-40 / +90
-45 / +105
-40 / +85
-40 / +85
-40 / +85
-45 / +90
-40 / +85
-40 / +85
-40 / +85
-40 / +85
-55 / +105
-40 / +85
-40 / +85
-40 / +85
-40 / +85
-50 / +100
-60 / +100
-55 / +105
-55 / +105
Storage Temperature (oC)
5
10
10
30
100
AXIOM110
Series
40
AXIOM160
75
75
10
AXIOM10 Series SMD
9
5
5
AXIOM20 Series
5
DIP / DIL
10
10
AXIOM30 Series
30
30
AXIOM40 Euro Package
22 x 25 mm base
0.866 x 0.984 inch base
DIL 13 x 20 mm base
DIP 0.511 x 0.787 inch base
20 x 20 mm base
0.787 x 0.787 inch base
27 x 36 mm base
1.063 x 1.420 inch base
50 x 50 x 20.5 mm
1.970 x 1.970 x 0.810 inch
25.4 x 25.4 mm base
1.000 x 1.000 inch base
1 EFC
2 VREF
3 VS
4 RF
5 n.c.
6 n.c.
7 Gnd
1 EFC
7 Gnd
8 RF
14 VS
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
VS
RF
Gnd
EFC
VREF
EFC
VREF
VS
RF
Gnd
n.c.
n.c.
RF
Gnd
VS
54 x 40 x 20 mm
2.125 x 1.575 x 0.787 inches
60
AXIOM50
Series
10
10
AXIOM70 Series
50 x 40 x 20 mm
1.968 x 1.575 x 0.787 inches
50
50
AXIOM90 Series
580
625
550
Endurance tests
- aging
- extended aging
For high shock AXIOM260-500 OCXO
with shock absorber mounts
Test
Reference
Altitude
τ=1S Short term stability
τ=10S (Allan deviation)
τ=100S
Harmonics (dBc)
10
Enclosures styles as in IEC
60679-3 or 61837, if applicable
2-17
vs. Temperature
Frequency adjustment
5 * 10-12 typ
1 * 10-11 typ
1 * 10-10 max
Test Condition
Initial tolerance at 25 C
Electronic Frequency
Control (EFC) (ppm)
Weight (grams)
IEC
60068
Part
Sealing tests
Frequency adjustment
EFC Input impedance
Typical for these OCXOs
see datasheet for those applied to each OCXO type
Output
Sea level to 55,000 feet
Vibration, random
MIL-STD-810C
20Hz
0.04g2/Hz
1000Hz 0.04g2/Hz
2000Hz 0.46g2/Hz
all three axis
7.6g R.M.S.
Mechanical shock
MIL-STD-810E
Method 561.4
Procedure I, VI
Endurance tests
(aging)
MIL-PRF55310
30 days operation at 25oC
For high shock AXIOM260 OCXO
with shock absorber mounts
Current Turn-On (mA)
Test
40.6 x 38.1 x 19.1 mm
1.600 x 1.500 x 0.750 inches
Test Condition
Reference
Altitude
Vibration, random
Sea level to 55,000 feet
MIL-PRF55310
Weight (grams)
AXIOM260
58.3 x 48.3 x 22.8 mm
2.295 x 1.900 x 0.900 inches
RF
Gnd
EFC
n.c.
VS
1
Test Condition
15Hz
0.06g2/Hz
300Hz
0.2g2/Hz
1000Hz 0.2g2/Hz
2000Hz 0.06g2/Hz
all three axis
Acceleration, linear
40g for 60 seconds
Acceleration,
angular
9,000dec/seconds2
at 25 Hz along spinning axis
Moisture
Resistance
0 to 85% RH, including
condensation, operating and
non operating
Salt spray
MIL-STD-810
Procedure 1, method 509.1
Fungus
MIL-STD-454
Requirement 4
EMI
MIL-STD-461B
MIL-STD-462
Part 1
CE03; CS01; CS02; RE02;
RS03
Endurance tests
(aging)
MIL-PRF55310
30 days operation at 25oC
specified on specific types only