Specification
AXIS145
Oscillator type : VCXO in CO27 package
Parameter
Frequency range
Frequency stability
vs. temperature
vs. supply voltage variation
vs. load change
long term (aging) per year
Frequency adjustment range
Electronic Frequency Control (EFC)
Issue: 01
Date:2008-05-31
min.
10
1
typ.
max.
50
800
Unit
MHz
MHz
ppm
ppm
ppm
ppm
ppm
ppm
ppm
ppm
V
V
Condition
Sinewave
HCMOS, PECL, LVDS
See tables 1 & 2
± 10 %
@+40°C
Option 5 = “5”
Option 5 = “10”
Option 5 = “15”
Option 1 = “3”
Option 1 = “5”
Option 6 = blank
Option 6 = “N” (Note 4)
± 10 ppm to ± 100 ppm
±3
± 50
± 100
± 150
0.15
0
EFC voltage V
C
EFC slope (∆f /
∆V
C
)
EFC input impedance
RF output
Signal waveform
1.65
2.5
Positive
negative
3.15
5
100
kΩ
Option 2 = “S”
Option 2 = “H”
Option 2 = “P”
Option 2 = “L”
Option 2 = “S”
Option 2 = “H”
Option 2 = “P” or “L”
Option 2 = “S” / 3.3 V
Option 2 = “S” / 5.0 V
Option 2 = “H”, “P”,“L”
12 kHz ~20 MHz
Option 1 = “3”
Option 1 = “5”
Option 2 = “S”
Option 2 = “H”
Option 2 = “P” or “L”
IEC60679-3 CO 27
Specification
Frequency
ww=week, yy=year
IEC 60286-3
Load
Amplitude
Phase jitter
(PECL & LVDS versions)
Supply voltage V
S
Current consumption
(Note 3)
Storage temperature range
Enclosure (see drawing) L x W x H
Marking
Packing
Construction
Notes:
1. Terminology and test conditions are according to IEC standard IEC60679-1, unless otherwise stated
2. All combinations of options might not be available. Please consult factory
3. Depending on frequency and supply voltage
4. Negative slope only available for HCMOS Output version (Option 2 = “H”)
Sine wave
HCMOS
PECL
LVDS
50
Ω
15 pF
50
Ω
+ bias
0
dBm
+10
dBm
According to relevant Logic Standard
1.0
ps
3.15
3.3
3.45
V
4.75
5.0
5.25
V
15 ~ 70
mA
15 ~ 100
mA
25 ~ 100
mA
-45
+90
°C
14.8 x 9.2 x 5.5.
mm
AXIS145
Freq
wwAXPyy
Tape & reel
Lead(Pb) -free
GmbH & Co. KG
Wasemweg 5
D-74821 Mosbach
Germany
AXIS145
page
1(2)
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