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Parameters

Min.

Typ.

Max.

Unit

Conditions

Nominal Frequency

10.000000

MHz

Frequency Vs.

Temperature

0.5

ppb

pk-pk

Frequency Vs. Supply

-0.1

+0.1

ppb

± 100 mV supply voltage

change.

Frequency Vs. Aging

-0.6

+0.6

ppm

For 10 years.

Allan Deviation

7 X 10

-12

For 1 sec.

Operating Temperature

OTR

-40

+75

°C

Storage Temperature

-55

+105

°C

Warm-Up Time

To be within 2 X 10

relative to 1 hr.

@ +25°C. Supply = 12

VDC.

Frequency Adjustment

± 0.8

± 2.0

ppm

Sufficient to cover all

tolerances for 10 years.

Positive tuning slope.

Frequency Adjust Voltage

0

+5.0

VDC

Pin 1

Supply Voltage

+11.4

+12.0

+12.6

VDC

Turn-On Supply Power

6.0

W

All temperatures

Steady State Power

1.7

1.9

W

In still air at +25°C

Output Type

Sine wave

Output Level

+6.0

+9.0

+12.0

dBm

Output Load Impedance

50

± 5%

Spurious Content

-70

dBc

Harmonic Content

-20

dBc

SSB Phase Noise

-95

-90

dBc/Hz

@ 1 Hz offset

-132

-125

dBc/Hz

@ 10 Hz offset

-155

-148

dBc/Hz

@ 100 Hz offset

-158

-155

dBc/Hz

@ 1 kHz offset

-160

-158

dBc/Hz

@ 10 kHz offset

-160

-158

dBc/Hz

@ 100 kHz offset

Mechanical Shock

Per MIL-STD-202G, Method 213, Condition A, 50 g peak, half-sine. Survival

only with power applied.

Mechanical Vibration

Per MIL-STD-202G, Method 214, Condition IA (0.02 g

Hz) Survival only with power applied

Package Type

1.083” X 1.437” X 0.765” 5-pin through hole

Pin

Function

1

Tuning Voltage

2

N/C

3

Supply Voltage

4

RF Output

5

Ground/Case

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