Actox AL3XN

AL3XN

–

Actox Ext. Ref. Ku-Band LNB

This unit is a low noise amplifier and a block down converter (external reference) for use in KU-Band VSAT remote RF terminals

Model

RF Frequency

Local Frequency

Local Stability

IF Frequency

IF Connector

AL3XN

12.20 to 12.70 GHz

11.25 GHz

Depends on external reference

950 to 1,450 MHz

N-type

Parameter

Value

Frequency band

12.20 to 12.70 GHz

Input waveguide flange

WR 75 (Grooved)

Input V.S.W.R.

2.5:1 typ.

Noise figure (Ta=+25

C)

0.8 – 0.9 dB max.

Output frequency

950 to 1450 MHz

Conversion gain

55 dB typ. @ +25C

60 dB typ.

Conversion gain variation (Ta=+25C)

2 dB max. in any 50 MHz segment over frequency band

IM3

45 dBc min.

Local oscillator frequency stability (Ta= -40 to +60 C)

10.00 GHz nom.

Image rejection

45 dB min.

Output V.S.W.R.

2.5:1 max.

Power requirement

+12 to +24 V

Current

280 mA max.

Phase noise

-75 dBc/Hz @ 100 Hz

-80 dBc/Hz @ 1 KHz

-90 dBc/Hz @ 10 KHz

-110 dBc/Hz @ 100 KHz

*Depend on phase noise of the external reference

Operating temperature range

-40 to +60 C

Storage temperature

-50 to +80 C

Humidity

100 %Rh (max)

Vibration

G=5 (f=50±2Hz, t=5 min, direction; X,Y,Z)

Shock

G=15 (direction; X,Y,Z)

RF input power

-10 dBm (@ CW)

Supply voltage

+24 VDC

Key Specifications

Parameter	Value
Frequency band	12.20 to 12.70 GHz
Input waveguide flange	WR 75 (Grooved)
Input V.S.W.R.	2.5:1 typ.
Output frequency	950 to 1450 MHz
Conversion gain	55 dB typ. @ +25C 60 dB typ.
Conversion gain variation (Ta=+25C)	2 dB max. in any 50 MHz segment over frequency band
IM3	45 dBc min.
Local oscillator frequency stability (Ta= -40 to +60 C)	10.00 GHz nom.
Image rejection	45 dB min.
Output V.S.W.R.	2.5:1 max.
Power requirement	+12 to +24 V
Current	280 mA max.
Phase noise	-75 dBc/Hz @ 100 Hz -80 dBc/Hz @ 1 KHz -90 dBc/Hz @ 10 KHz -110 dBc/Hz @ 100 KHz *Depend on phase noise of the external reference
Operating temperature range	-40 to +60 C
Storage temperature	-50 to +80 C
Humidity	100 %Rh (max)
Vibration	G=5 (f=50±2Hz, t=5 min, direction; X,Y,Z)
Shock	G=15 (direction; X,Y,Z)
RF input power	-10 dBm (@ CW)
Supply voltage	+24 VDC

Documents

• Datasheet / User Manual

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