SCOCXOVS Datasheet, PDF (1/2 Pages) Golledge Electronics Ltd – 5V OCXO Sine Output Tight Stability

5V OCXO Sine Output Tight Stability
SCOCXOVS
2011/65/EU
20.14
±0.08
0.80
0.46Ø
12.52
±0.08
7.80
±0.20
6.35
±0.50
PIN CONNECTION
1
Freq adjustment
or Ground
7 Ground
8 Output
14 Supply
1
7
7.62
14
8
15.24
Features
 ^{Ultra high stability}
 ^{Compact 14-pin DIL package (SMD optional)}
 ^{5.0V supply voltage}
 ^{Sinewave output}
 ^{Very fast warmup}
 ^{Low power consumption}
 ^{Wide temperature range available}
Standard Frequencies
10.00000
12.00000
12.80000
14.74600
16.00000
Frequencies in MHz
20.00000
26.00000
40.00000
52.00000
54.00000
Specifications
Parameters
Frequency range:
10.0kHz ~ 54.0MHz
Product
SCOCXOVS

Frequency stability:
±0.3ppm max first year

±2.5ppm max in 10 years

±0.1ppm over V_DD ±0.2V

±10ppb max vs load ±5%

Short term stability:
5x10^-10, τ 0.1 to 30s

5x10^-11 typ at 1s

Temperature stability:
±0.025ppm max, 0 to +60°C

±0.05ppm max, -20 to +70°C

±0.1ppm max, -40 to +85°C

Storage temperature range:
-55 to +125°C

Output waveform:
Sinewave from 50Ω

Harmonics < -10dBc
Spurii < -70dBc
Level: 4dBm / 50Ω (20MHz)

 0dBm / 50Ω (>20MHz)

Frequency adjustment:
±2.5ppm min

Control voltage 0.5~5.0V, pin 1

Variable resistor 0~10kΩ, pins 1 to 7

None (int accuracy ±1.0ppm)

None (int accuracy ±0.5ppm)

Supply voltage (V_DD):
+5.0V (±0.2V)

Input current: 80mA max @ +25°C

110mA max @ -20°C

Warm up time (secs):
current 250mA max @ 25°C
10
to within ±0.1ppm @ 25°C
60
Phase noise (typ @ 10MHz):
-110dBc/Hz @ 10Hz

-135dBc/Hz @ 100Hz

-145dBc/Hz @ 1kHz

-150dBc/Hz @ 10kHz

Shock & vibration:
5,000G, 0.3ms ½-sine

10.0 ~ 2,000Hz, 20G

Package: Through hole 14 pin DIL

SMD options 1 or 2

 Standard.  Optional - Please specify required code(s) when ordering
Option
Codes
A
B
C
V5
R1
A
B
specify
Ordering Information
Product name + option codes + frequency
eg: SCOCXOVS-AR1 10.0MHz
SCOCXOVS-BV5 16.384MHz
Option code X (eg SCOCXOVS/X) denotes a custom spec.
 Product is NOT designed to withstand 260°C reflow processing
Tel: [phone]
21 Jul 2015
Fax: [phone]
E-mail: [e-mail]
Web: www.golledge.com