Ultra Low Phase Noise
NV45AD1725
Description:
The NV45AD1725
Ovenized Crystal
Oscillator is a 100MHz
product specifically
designed for
applications requiring
superior noise
performance out to a
100KHz offset. It is
ideal for phase-locked
microwave signal
sources such as DRO’s,
low noise test
equipment, microwave
com-systems, and
radar applications.
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OCVCXO
Features:
Tight Stabilities
+/- 50 ppb over temp.
High power output of
15 dBm available
Low profile package
0.460 inches max.
Excellent long-term
aging
Low Power
Consumption 1 Watt
typical at 25C
ROHS Compliant
Version Available
Output:
Sinewave:
12 dBm typical
-
15 dBm max.
Harmonics: -30 dBc max.
Spurious:
-80 dBc max.
Phase Noise: ( Options are worst case performance or be tter )
Offset Frequency Option A ( dBc/Hz ) Option B ( dBc/Hz ) Option C ( dBc/Hz )
10
-100
-95
-90
100
-130
-125
-120
1000
-155
-155
-152
10000
-168
-165
-165
100000
-170*
-170
-170
*Lower Noise Floor Available, Consult Factory
Frequency Stability Versus Temperature:
Temp. range Option F vs. T ( Option A ) F vs. T ( B ) F vs. T ( C )
0C to 50C ( A )
+/- 50 ppb
+/- 100 ppb +/- 250 ppb
-20C to 70C ( B )
N/A
+/- 100 ppb +/- 250 ppb
-40C to 70C ( C )
N/A
N/A
+/- 250 ppb
-40C to 85C ( D )
N/A
N/A
+/- 250 ppb
F vs T ( D )
+/- 300 ppb
+/- 300 ppb
+/- 300 ppb
+/- 300 ppb
Frequency Versus Voltage ( Vcontrol = 0V to 10V )
Option A
Option B
+/- 1 ppm
+/- 2 ppm
Available with All Phase Noise Options Not Available with Phase Noise Option A
www.bliley.com
2545 West Grandview Blvd Erie, PA. 16506
Page 1 of 2
Tel (814) 838-3571
Ultra Low Phase Noise
NV45AD1725
Voltage and Power Consumption:
Option A
Option B
12 Vdc +/- 5%
15 Vdc +/- 5%
Turn-on Power 4.8 W max.
Steady-State* 1.0 W typ. at 25C
*Steady-State Power is 1.5 W typ. At 25C for Temp Range Options C & D
OCVCXO
Aging:
Frequency Timeframe
Aging
After 30 Days +/- 5 ppb/day Typ.
100 MHz For 1 Year +/- 1.00 ppm Typ.
For 10 Years +/- 1.50 ppm Typ.
For 20 Years +/- 2.00 ppm Typ.
Environmental:
Storage Temperature
Atmosphere
-55C to 95C
Crystal g-Sensitivity Sine Vibration
5 x 10
-10
per g/axis
MTTF
RELEX 2009
153,300 Hours
Shock
MIL-STD-202G Method 213B Condition C
Sine Vibration
MIL-STD-202G Method 204D Condition A
Random Vibration MIL-STD-810G Method 514.6 Procedure I
Ordering Options:
Temp. Range Freq. Vs. Temp
Stability
A
A
B
B
C
C
D
D
Model
NV45AD1725
For Leaded Part
NVG45AD1725
For ROHS Part
Phase Noise
A
B
C
Frequency
Vs. Voltage
A
B
Supply
Voltage
A
B
Note: Not All Combinations Are Available
www.bliley.com
2545 West Grandview Blvd Erie, PA. 16506
Page 2 of 2
Tel (814) 838-3571
FPGA/CPLD
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