10700-12700 MHz 100 W Amplifier Output HighEfficiency CompactDesign for Commercial Applications

10700-12700 MHz 100 W Amplifier Output HighEfficiency CompactDesign for Commercial Applications

Share:

Description

The module is designed for both military and commercial applications. The latest device technologies and design methods are employed to offer high power density, efficiency, and linearity in a smalllightweight  package.

Specification

Typical performance at +28 VDC  +25oC, and in a 50Ω system.


RF / ELECTRICAL

PARAMETER

MIN

TYP.

MAX

UNIT

RF  Frequency

10700


12700

MHz

RF INPUT


0


dBm

P-sat Power Output


50


dBm

Power Gain


50


dB

Power Gain Flatness


±1


dB

Temperature-induced gain variation


±1


dB

IM3@Return of rated power  6dB The

interval between two tone signals is 10MHz


-25


dBc

Input  VSWR


1.5


Output  VSWR

Build-in Isolator for VSWR protection

Spurious Signals


-55


dBc

Power consumption

@saturation


600


W

@linear


500


W

Operating Voltage

24

28

30

V DC

In-Out impedance

50


MECHANICAL

PARAMETER

VALUE

UNIT

Dimensions (L x W x  H)

450*336 * 139mm

mm

RF  Connectors (Input / Output)

N- KFD/ Waveguide WR75

Cooling

Consider heat dissipation with the system

Mounting

φ4.5-6 Thru Hole

Weight

15

kg


ENVIRONMENTAL / PROTECTIONS

PARAMETER

MIN

MAX

UNIT

Operating Temp. (Housing Temp.)

-20

+60

°C

Humidity Range

0-95

%

Protections

Open circuit/short circuit/ over temperature protection

Monitoring interface for temperature, tx power and errors


Outline Dimensional Drawing


image.png

Search

Product Categoty

Contact Us

Related Products

High-power microwave amplifier 9-10GHz 6KW Traveling WaveTube RF power amplifier The 9-10GHz 6kW TWT RF

High power output 9 – 10GHz X Band Power Amplifier Past 1000W RF Power Amplifier

High gain 9-10GHz pulsed TWT RF Power Amplifier for Scientific Research and Medical Industry with

High Power, High Efficiency 12.9-13.1GHz 120W RF Power Amplifier for Satellite Communication, Microwave Transmission The

Get Inquiry