Applied Radar AR2010 Bedienungsanleitung PDF herunterladen

Applied Radar, Inc.

www.appliedradar.com

AR2010-4400

RF Synthesizer Module

138 MHz – 4.4 GHz output

For price, delivery, and to place orders, please contact Applied Radar:

315 Commerce Park Road, North Kingstown, RI 02852 Phone: 401-295-0062 Fax: 401 667-2912

-1- Revised 08/02/2011

Typical Applications

 Low cost signal generators

 Test equipment

 Communication systems

 EW systems

 UHF/VHF systems

 Radar systems

 Frequency conversion

 OEM integration into RF systems

Features

 Wideband RF output, 138 MHz to 4.4 GHz

 Integer and Fractional operating modes

 Pout: +10 dBm typical, with up to 31 dB of

attenuation with optional output attenuator

 USB interface

 USBTMC VISA Compliant

 User selectable internal reference or

externally applied reference

General Description

The AR2010 RF synthesizer series from Applied Radar, Inc.

offers a low cost solution to today’s demanding RF signal

generation needs.

The AR2010-4400 RF Synthesizer Module is a low-cost,

wideband 138MHz to 4.4 GHz frequency synthesizer ideally

suited for bench top test and measurement as well as low-

cost small form-factor radar and communications systems.

Its wide output frequency range, superb spurious rejection,

and excellent phase noise performance provide a high-

quality, low-cost alternative to bench top RF signal

generators. An internal reference allows the unit to operate

without any external components, but also has an input for

an external reference.

The synthesizer module is powered and controlled directly

by a host PC through USB. The AR2010-4400 is VISA

compliant, enabling seamless cross-platform use.

The USB stick design is small enough to even fit in your

pocket!

Electrical Specifications

Parameter

Min.

Typ.

Max.

Units

RF Operating Frequency

138

4400

MHz

RF Output Power No attenuation

dBm

Reference Input Frequency (Sine)

100

MHz

Reference Input Power (Sine or square wave)

dBm

RF Phase Noise: 200 MHz

(100 kHz Offset) 2000 MHz

4000 MHz

-117

-108

-103

dBc/Hz

1 2 3 4 5