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Traditional ovenized crystal
oscillators typically require long warm-up times to stabilize. Frequency
Electronics experience has led to the development of a stable
oven controlled oscillator which warms up in less than 2 minutes
to 1x 10-7.
Technical Highlights
The FE-101A is a rugged, compact, ultra-stable, sub-miniature crystal
oscillator designed to provide excellent short- and long-term stability
over a wide range of environmental conditions in applications ranging
from instruments and laboratory systems, to portable communication
systems.
Superior crystal oscillator precision is required
for both time and frequency in precision instrument applications
such as synthesizers, counters and spectrum analyzers. The same
high end performance characterisics are required in satellite transmissions,
geophysical survey positioning systems, and standard time/time-interval
generation and transfer. Using breakthrough design and packaging
concepts, FEI has applied advanced technologies to create the best
of both worlds... with small size and low costs. This makes the
FE-101A your best choice for all applications in which it is essential
to combine excellent spectral purity with short- and long-term stability.
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| Frequency |
10 kHz to 5 MHz, CMOS compatible squarewave
or 5 MHz to 20 MHz, @ +7 dBm, sinewave, with -30 dBc maximum
harmonic distortion |
| Allan Variance |
5 x 10-12
from 0.1 to 10 seconds |
| Long Term Stability |
5 x 10-10
/day, 5 x 10-8 /year |
| Frequency Temperature
Stability |
± 5 X 10-8
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Phase Noise
(-dBc /Hz @ Frequency Offset) |
140 100Hz
150 1 kHz
155 10 kHz
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| Frequency Retrace |
<± 1 X 10-8
within 1 hour following 24 hours off |
| G-Sensitivity |
±1 x 10-9
/g |
| Input Voltage |
±15 VDC± 5% |
| Input Voltage Sensitivity |
±1 x 10-9
for ±5% |
| Warm-Up Power |
7W, max. |
| Warm-Up Time |
2 min. to 1 x 10-7
4 min. to 1 x 10-8 |
| Steady State Power |
1.75 @ +25°C -/+ 22 mW/°C |
| Operating Temperature
Range |
0 to +50°C |
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| Options Available |
| Extended Temperature |
Option 1: -40 to 70°C
Option 2: -55 to 85°C |
| Improved Temperature
Stability |
Option 4: ±3 x 10-8
Option 5: ±1 x 10-8 |
| Improved G Sensitivity |
Option 8: ±5 x 10-10
/g
Option 9: ± 3 x 10-10 /g |
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