|||| | | | | | | | | | | |

ASG-D Series

FEATURES:

APPLICATIONS:

Compliant

30332 Esperanza, Rancho Santa Margarita, California92688

Revised: 04.17.12

Visit

Programmable - High Performance SMD XO & VCXO

7.0 x 5.0 x 1.9mm

STANDARD SPECIFICATIONS:

CERTIFIED

ABRACON IS

CERTIFIED

ABRACON IS

ISO9001:2008

CERTIFIED

• ASG series is a High Performance crystal based oscillator; available

either as an XO or a VCXO

• Frequency range from 10MHz to 250MHz with LVCMOS output

• Available from 10MHz to 1.50GHz with LVDS or LVPECL output

• Offered with either 2.50V or 3.30V bias voltage

• Quick turn, 1~5 business days for small quantity orders

• Networking, SONET/SDH

• WiMax / WLAN

• Computing

• Phase Locked Loops

• Direct Digital Synthesis (DDS)

• DSL/ADSL

• Base Terminal Stations

Parameters

Minimum

Typical

Maximum

Units

Notes

Frequency Range:

10

1500

MHz

10

1500

MHz

Operating Temperature:

-40

+85

°C

Storage Temperature:

-55

+125

°C

Overall Frequency Stability:

-50

+50

ppm

See Note # 1

Initial Set Tolerance

-5.00

< ±1.00

+5.00

ppm

Stability over operating temperature

-35.00

< ±20.00

+35.00

ppm

Aging @ 25ºC over 10-years

-7.00

+7.00

ppm

Frequency variation over supply

voltage change (±5%)

-2.00

+2.00

ppm

Frequency variation over load

variation (15pF ± 5%)

-1.00

+1.00

ppm

Supply Voltage (Vdd):

3.135

3.300

3.465

V

2.375

2.500

2.625

V

Input Current:

< 25

40

mA

Frequency dependent

< 25

35

mA

Frequency dependent

LVDS Output

(Out &

Differential Output

Voltage

175

350

mV

Change

50

mV

Offset Voltage

1.25

V

Change

50

mV

Duty Cycle

45

48/52

55

%

Rise Time

125

350

ps

Fall Time

150

450

ps

Start-up Time:

< 2.0

3.0

ms

Enable/Disable Function :

Vcontrol Range

0.00

Vdd

Volts

For VCXO

Frequency Pull

±50

ppm

Control Port Bandwidth

10

kHz

Integer

Mode

< 0.60

1.60

ps

12kHz to 20MHz

Phase jitter RMS

See Note #2

Fractional

Mode

< 0.90

1.60

ps

12kHz to 20MHz

achieved without engaging the Fractional Mode