AXIS207

ww.axtal.com

Wasemweg 5

page

1(2)

fon: +49 (6261) 939834

D-74821 Mosbach

fax: +49 (6261) 939836

Germany

E-mail: info@axtal.com

GmbH & Co. KG

Specification

AXIS207

Issue: 01

Date:2008-05-07

Oscillator type : VCXO in DIL14 package

Parameter

min.

typ.

max.

Unit

Condition

Frequency range

6

1

190

800

MHz

MHz

Sinewave

HCMOS, PECL, LVDS

Frequency stability

ppm

vs. temperature

± 10 ppm to ± 100 ppm

ppm

See tables 1 & 2

vs. supply voltage variation

ppm

vs. load change

ppm

± 10 %

long term (aging) per year

± 3

ppm

@+40°C

Frequency adjustment range

Electronic Frequency Control (EFC)

± 50

± 100

± 150

ppm

ppm

ppm

Option 5 = “5”

Option 5 = “10”

Option 5 = “15”

0.15

0

1.65

2.5

3.15

5

V

V

Option 1 = “3”

Option 1 = “5”

EFC slope (

∆f / ∆V

Positive

negative

Option 6 = blank

Option 6 = “N” (Note 4)

EFC input impedance

100

k

Ω

RF output

Signal waveform

Sine wave

HCMOS

PECL

LVDS

Option 2 = “S”

Option 2 = “H”

Option 2 = “P”

Option 2 = “L”

Load

50

Ω

15 pF

50

Ω + bias

Option 2 = “S”

Option 2 = “H”

Option 2 = “P” or “L”

0

+10

dBm

dBm

Option 2 = “S” / 3.3 V

Option 2 = “S” / 5.0 V

Amplitude

According to relevant Logic Standard

Option 2 = “H”, “P”,“L”

3.15

4.75

3.3

5.0

3.45

5.25

V

V

Option 1 = “3”

Option 1 = “5”

Current consumption (Note 3)

15 ~ 70

15 ~ 100

25 ~ 100

mA

mA

mA

Option 2 = “S”

Option 2 = “H”

Option 2 = “P” or “L”

Storage temperature range

-45

+90

°C

Enclosure (see drawing) L x W x H

20.7 x 13,1 x 5.1 max.

or

20.7 x 13,1 x 7.5 max.

mm

IEC60679-3 CO 02

Marking

AXIS207

Freq

wwAXPyy

Specification

Frequency

ww=week, yy=year

Packing

Tape & reel

IEC 60286-3

Construction

Lead(Pb) -free

Notes:

1.

Terminology and test conditions are according to IEC standard IEC60679-1, unless otherwise stated

2.

All combinations of options might not be available. Please consult factory

3.

Depending on frequency and supply voltage

4.

Negative slope only available for HCMOS Output version (Option 2 = “H”)