PRODUCTS
Typical Applications:
Data Communications
Telecommunication System
Oven Controlled Crystal Oscillator (Through Hole)
Instrumentation
OC10 Series
(Through Hole Oven Controlled Crystal Oscillator Series)
Part Number: OC10 Series - Waveform - Stability - Freq - Vcc - Pulling
Example: OC10HB-13.000-12.0V-D
■
Specification
Part No.
OC10 Series - Waveform - Stability - Freq - Vcc-Pulling
Specification
Frequency Range
Output Waveform
Frequency Stability vs. Temperature
Short Term Stability
Rise and Fall Time
Frequency Stability vs. Load Deviation
Frequency Stability vs. Supply Deviation
Frequency Stability vs. Aging
Supply Voltage (Vcc)
Power Dissipation (Steady State)
Heat Up Power
Heat Up Time
Duty Cycle
Pulling
A: ±
5x10
B: ±
1x10
-7
C: ±
2.5x10
-7
-8
OC10
Example
OC10HB-13.000-12.0V-D
OC10
1.250 ~ 40.000 MHz
HCMOS / TTL / Low Voltage CMOS
0° to +60°
C
C
D: ±
5x10
0° to +60°
C
C
-30° to +70°
C
C
E: ±
1x10
-8
-30° to +70°
C
C
-8
-40° to +80°
C
C
F: ±
2x10
-40° to +80°
C
C
-10
-11
2x10 / sec or 2x10 / sec
6 nsec max. (10% / 90% Vout)
±
0.01ppm/year max. @ ± delta or ±
5%
0.003ppm/year max. @ ± delta
5%
±
0.015ppm/year max. @ ± delta or ±
5%
0.002ppm/year max. @ ± delta
5%
±
0.3ppm/year or ±
0.05ppm/year
12V, 5V, 3.3 (optional)
1.5W max.
3.6W max.
3 mins max.
40 / 60% ( at 50% Vcc)
N: No frequency adjustment / D: ±
4ppm (typ.) / E: ±
0.5ppm (typ.)
Offset
Phase Noise
10Hz
-100dBc/Hz
100Hz
-135dBc/Hz
1KHz
-145dBc/Hz
10KHz
-150dBc/Hz
-9
HIGH PRECISION OSCILLATOR
Phase Noise
Note: This is a typical parameter spec., please contact us for detail specification sheet.
■ Dimension
(Unit: mm)
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