恒温晶振 OCXO134 10MHZ

OUTPUT
1.1. Frequency 10.000 MHz
1.2. Wave form Sine wave
1.3. Level 2 Vp-p &plu*n;10% into 50 W
1.4. Load 50 W &plu*n;5%
1.5. Harmonics < -25 dBc
1.6. Spurious < -60 dBc
2. STABILITY
2.1. Ambient < &plu*n;5x10-9 from -30°C to 60°C
(referenced to 25°C)
2.2. Aging
a. Daily
i. After 30 days < &plu*n;1x10-9
ii. After 90 days < &plu*n;5x10-10
b. Yearly < &plu*n;1.5x10-7
c. 10 years < &plu*n;4x10-7
2.3. Voltage < &plu*n;5x10-10/&plu*n;2% change
2.4. Short term < 1x10-10/second
root Allan variance
2.5. Load < &plu*n;1x10-9/&plu*n;5% change
2.6. Warm-up @ -30°C referenced to frequency @ 5 hours
a. 30 minutes < &plu*n;5x10-8
b. 60 minutes < &plu*n;1x10-8
2.7. Phase noise
a. @ 10 Hz < -105 dBc
b. @ 100 Hz < -125 dBc
c. @ 1 kHz < -140 dBc
3. ELE*RICAL FREQUENCY ADJUSTMENT
3.1. Range > &plu*n;0.45 PPM
< &plu*n;1.2 PPM (At time of shipment)
(Referenced to nominal frequency)
3.2. Control 0 VDC to Vref (0 VDC to 8 VDC ) or
a 10 kW potentiometer connected
between pins 2 and 4 with wiper
connected to pin 3.
3.3. Slope Positive
3.4. Center Vref/2 &plu*n;10% of Vref
( 4 VDC to 0.8 VDC)
(Nominal frequency at time of shipment) OCXO134  10MHZ