OCOM25BS wave Datasheet 

Part Number  OCOM25BS 
Description  High frequency through hole OCXO Sine wave 
Manufacture  QUARTZCOM the communications 
Total Page  1 Pages 
Datasheet 
OCOM25BS
High frequency through hole OCXO
Sine wave
Features
Applications: instrumentation, communications, infrastructure
High frequency: up to 500 MHz
Short warmup time: < 60 s
Low phase noise floor of < 167 dBc/Hz
Parameter
Frequency range
Standard frequency
Frequency stability
vs. operating temperature range
vs. supply voltage change
vs. load change
vs. aging after 30 days of operation
Output waveform
Output load
Supply voltage
Peak current consumption during warmup time
Steadystate current consumption
Warmup time
Frequency pulling range
Vcontrol (Vc) via external voltage
Vcontrol (Vc) via external potentiometer
Reference voltage output (Vref)
Phase noise @ 100 MHz carrier frequency
Harmonics
Operating temperature range
Storage temperature range
Optional available with SMA connectors
Specification
48.00 ~ 500.00 MHz
100.000 MHz
±1 x 107
±7.5 x 108
±2 x 108
±1 x 108
±3 x 107
sine wave
over 40 ~ +70 °C
over 20 ~ +70 °C
±10 %
±10 %
1st year
> 400 mV (rms)
50
+12 V
< 300 mA
10 %
5 %
@ +25 °C
< 100 mA
< 60 s
> ±3 ppm
0 ~ +10 V
@ +25 °C
< 2 x 107 @ +25 °C
positive slope
20 kΩ
+10 V
95 dBc/Hz
125 dBc/Hz
150 dBc/Hz
165 dBc/Hz
< 25 dBc
@ 10 Hz
@ 100 Hz
@ 1 kHz
@ 10 kHz
20 ~ +70 °C or 40 ~ +70 °C
55 ~ +85 °C
Environmental test
vibration
shock
acceleration: 10 g; 10 Hz up to 500 Hz and down to 10 Hz; all 3 axes, 4.5 h/axis
100 g, halfsine, 3 ms
(3 shocks each, 6 directions)
For standard type:
H = 10.0 mm
Pin function
# 1 RF output
# 2 GND
# 3 Vc
# 4 Vref
# 5 Vdc
Circuit diagram
CBP = 0.01 mF
www.DataSheet4U.com
For SMA connector type:
H = 12.7 mm
Zout = 50 Ω
QuartzCom AG
sales@quartzcom.com
www.quartzcom.com
2002/95/EC RoHS compliant
QuartzCom Asia
salesasia@quartzcom.com
QuartzCom USA
salesusa@quartzcom.com
12 May. 10

Features  OCOM25BS High frequency through hole OC XO Sine wave Features A pplications: instrumentation, communica tions, infrastructure High frequency: u p to 500 MHz Short warmup time: < 60 s Low phase noise floor of < 167 dBc/Hz Parameter Frequency range Standard fr equency Frequency stability vs. operati ng temperature range vs. supply voltage change vs. load change vs. aging after 30 days of operation Output waveform O utput load Supply voltage Peak current consumption during warmup time Steady state current consumption Warmup time Frequency pulling range Vcontrol (Vc) v ia external voltage Vcontrol (Vc) via e xternal potentiometer Reference voltage output (Vref) Phase noise @ 100 MHz ca rrier frequency Specification 48.00 ~ 500.00 MHz 100.000 MHz ±1 x 107 o ver 40 ~ +70 °C ±7.5 x 108 over 20 ~ +70 °C ±10 % ±2 x 108 8 ±10 % ±1 x 10 1st year ±3 x 107 sine wave > 400 mV (rms) 50 10 % +12 V 5 % < 300 mA @ +25 °C < 100 mA @ +25 °C < 60 s < 2 x 107 @ +25 °C > ±3 ppm pos. 
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