NuWaves NuPower 12D05A Manuel utilisateur

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USERMANUAL

NUPOWER

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12D05A

L‐&S‐BANDPOWERAMPLIFIER

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PARTNUMBER:

NW‐PA ‐12D05A

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NuWavesEngineering

132EdisonDrive

Middletown,Ohio45044

PH:513‐360‐0800

FAX:513‐539‐8782

www.nuwaves.com

product.sales@nuwaves.com

NuPower

12D05AUserManual

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Rev1.1

1

1 NUPOWER

PRODUCT LINE OVERVIEW

TheNuPowerfamilyofsolidstateRFpoweramplifier(PA)modulesisdesignedtomeetthedemanding

needs of the Aerospace & Defense, Industrial, and Commercial markets. Based on the latest gallium

nitride(GaN)technology,NuPower’spowerefficiencyandminiatureformfactormakeitidealforsize,

weight,andpower‐constrainedbroadbandRFtelemetryandtacticalcommunicationssystems.

1.1 NUPOWER

PRODUCT LINE HIGHLIGHTS

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 High Performance: Unique combination of broadband coverage, miniature form factors, and

highefficiency.

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 Enclosures:TheNuPowerfamilyofpoweramplifiersishousedinasilvernickelplatedaluminum

enclosurewithmountingholesincorporatedintothechassis.

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 Completely Characterized: The NuPower family of solid state power amplifiers has been

completely characterized over temperature, voltage, and frequency. These high‐performance

modulesoffersignificantvaluefortheOEMuserortheSystemsIntegrator.

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 User Friendly: Over‐Voltage protection and regulator thermal shutdown provide defenses

againstuserinterfaceissues.

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 High Reliability: NuWaves’ selection of conservatively rated components provides high

reliability.EachNuPowerisinspectedtoIPC‐A‐610ClassIIqualitystandards.NuWaves’Quality

ManagementSystemisAS9100:2016RevDandISO9001:2015certified.

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 Applications: Broadband RF Telemetry •RFCommunicationSystems• Electronic Warfare •

Unmanned Aircraft Systems (UAS) • Unmanned Ground Vehicles (UGV) • Unmanned Surface

Vehicles(USV)•SoftwareDefinedRadios• TestLabs

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 AvailableOptions:

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o Fan‐cooledheatsinkwith28Voperatedfan

o Labeledinterfacecablewithbananajackplugs

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NuPower

12D05AUserManual

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Rev1.1

2

2 NUPOWER

12D05A PA OVERVIEW

TheNuPower

TM

12D05APAisahighlyefficient,solidstatepoweramplifierthatprovidesupto35watts

ofRFpoweracross1700MHz–2400MHz.

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Based on the latest gallium nitride (GaN) technology, NuPower L‐Band power efficiency and < 10 in

3

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cubicinchformfactormakeitidealforsize,weight,andpower‐constrained broadband RF telemetry

andtacticalcommunicationsystems.

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TheNuPower

12D05Aruggedizedchassisallowsthesystemintegratortoeasilyincorporatetheunit

into a platform operating in harshenvironments with limited space, such as small Unmanned Aircraft

Systems(UAS).

Figure 1: NuPower 12D05A Functional Diagram

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NuPower

12D05AUserManual

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2.1 NUPOWER 12D05A PA SPECIFICATIONS

ThesubsequenttablesinthissectionoutlinetheNuPower12D05A’sperformancespecifications.

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Table 1: NuPower 12D05A Electrical Specifications

Parameter Specification

FrequencyRange 1700MHzto2400MHz

RFOutputPower

35Watts(min)@1700‐1850MHz

20Watts(min)@2200‐2300MHz

15Watts(min)@2300‐2400MHz

OutputPower@1dBCompression

33dBm@2000MHz

31dBm@2300MHz

RFGain 44dB(typ)

InputVSWR 1.9(typ),2.3(max)

OutputMismatch

(NoDamage) 10:1

NominalInputDriveLevel 0dBm

MaximumInputDriveLevel

(Nodamage) +15dBm

Harmonic

:≤‐17dBc

:≤‐18dBc

ThirdOrderInterceptPoint

(Twotone testat1 MHzspacing,

Pout= 20 dBm /tone)

44dBm@2000MHz

42dBm@2300MHz

SwitchingSpeed 2µS

OperatingVoltage +27to+30VDC

OperatingCurrent 3.0A@+28VDC(typ)

ModuleEfficiency 41%(typ)

PowerAmplifierEnable GNDOn

Impedance 50Ω

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NuPower

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Rev1.1

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Table 2: NuPower 12D05A Environmental Specifications

Operating Conditions Specification

OperatingTemperature ‐40to+60

C(ambient)

‐40to+85

C(baseplate)

StorageTemperature ‐55to+85

C

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Table 3: NuPower 12D05A Mean Time Between Failure (MTBF)

Conditions Hours

GroundBenign(GB) 292,657

AirborneInhabitedCargo(AIC) 14,955

AirborneInhabitedFighter(AIF) 11,976

AirborneUninhabitedCargo(AUC) 4,994

AirborneUninhabitedFighter(AUF) 4,108

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NuPower

12D05AUserManual

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2.2 NUPOWER 12D05A PA MECHANICAL SPECIFICATIONS

Figure 2: NuPower 12D05A Mechanical Outline

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Table 4: NuPower 12D05A Mechanical Specifications

Parameter Specification

RFConnectors SMA(female)

Control/PowerInterfaceConnector 9PinMicro‐D(socket)

Dimensions(LxWxH) 4.5”x3.5”x0.61”

Weight 9oz.

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NuPower

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2.3 HEAT SINKING

The NuPower 12D05A is offered as a stand‐alone module or with an accessory kit

(p/nNW‐PA‐ACC‐KT03),whichincludesa28VDCfan‐cooledheatsinkandrequisitepowercable.[Thekit

alsoincludesanupgradedmoduleinterfacecableassembly,labeledandterminatedwithbananaplugs.]

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Figure 3: The NuPower PA Kit offers “out‐of‐the‐box” operation for the user. The 28 VDC fan‐cooled

heatsink is shown with the NuPower 12D05A mounted.

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Caution: The use of external heat‐sinking is required especially for those applications

requiringhighdutycycleoperation(e.g.continuouswave)orforextendedon‐timetesting.

Operationwithoutaproperheatsinkundertheseconditionswillcausepermanentdamage

totheproductandwillvoidtheproductwarranty.

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Themaximumoperatingtemperatureis85˚C(baseplate).

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NuPower

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3 SETUP AND OPERATION

This section provides specific details for proper operation of the NuPower 12D05A module. Following

theseguidelineswillpreventdamagetothepoweramplifierorexternalequipment.

3.1 POWER SUPPLY REQUIREMENTS

TooperatetheNuPower12D05A,ensurethatthepowersupplyhasadequateoverheadtosourcethe

currentdemandoftheRFpoweramplifier.Thepowersupplysourcemustprovideatypicalvoltageof

+28VDCwithgreaterthan3ampscapability.

3.2 CONNECTING A PROPER LOAD TO THE ANTENNA TERMINAL

TopreventdamagetothePA,theantennaterminalmustbeterminatedintoa50Ωload.Examplesofa

properloadinclude:

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 Directly connecting to an antenna specified for the frequency range (800 MHz to 2000 MHz).

ConnectingtoaninappropriateantennamayresultindamagetothePAmodule.

 Connectingtoaproperantennathrougha50Ωtransmissionlineorcoaxialcable.Avoidusing

damagedcablesorcorrodedconnectorswhileattachingtheunittoanantenna.

 Terminating the antenna terminal into a 50 Ω power attenuator with minimum 20 dB

attenuation.

 ConnectingtoaloadcapableofdissipatingtheRFpowerfromthePAmodule.Loadscapableof

handling50Watts(min)arerecommended.

3.3 POWERING‐UP THE NUPOWER 12D05A

TheNuPower12D05Amustbeterminatedtoaproperloadbeforepowerisapplied.RefertoSection3.2

forthespecificationsoftheproperload.AfterthePAisproperlyterminated,theinterfacecablecanbe

connectedtotheunitandpowercanbeapplied.ThePAisnowreadyforoperation.

3.4 TRANSMIT TURN‐ON TIME

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Caution:DonotapplytransmitdatauntilthePAmoduleisatfullpower.Thiswillprevent

lossofdataatthebeginningofamessage.

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TheNuPower 12D05Ais atfull powerapproximately 1 µSafter the RF Enable line goes low(ground).

Therefore,transmitdatacanbeappliedtotheinputafter1µSwithoutlossofdata.

3.5 RF OUTPUT POWER VS. SUPPLY VOLTAGE

TheNuPower12D05Awasdesignedfor+28VDCoperation.

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NuPower

12D05AUserManual

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Rev1.1

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4 HARDWARE INTERFACE

 TheRFInputconnectorisSMA(female).

 TheRFOutputconnectorisSMA(female).

 The pin‐out definitions for the 9 pin Micro‐D socket connector are provided in Table 5. In a

typicalinstallation,thePAmoduleismatedtoahostcontrollerboardviaacableharness.

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The RF Out SMA connector is the antenna connection. This connection should

alwaysbeloadedinto50Ω,otherwisethePAcouldbedamaged.

4.1 INTERFACE CABLE HARNESS

The cable harness that connects the host controller to the 9 pin Micro‐D connector of the NuPower

12D05Aismadeupof9wires.

Table 5: NuPower 12D05A Interface Pin‐Out Definitions

Pin No. Pin Name I/0 Description

3,4,5 VSupply I PrimaryPower(+28VDC)

1,2,6,8 GND I SignalandPowerGround

7 TempFlag 0 Over‐tempIndicator

(Low=temperaturefault)

9 RFEnable I TransmitControl

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Figure 4: Micro‐D Socket Locations

4.2 DC POWER

ThenominalsupplyvoltagefortheNuPower12D05Ais+28VDC;Theacceptablesupplyvoltagerangeis

+27to+30VDC.

NuPower

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4.3 GROUND

ThesignalandpowergroundsaretiedtogetherinthePAmodule.

4.4 RF ENABLE

Thissignalisthelogiccontrolinputthatdesignateswhethertheunitisintransmitorstandbymode.The

RFEnablelineispulledhighinternallyplacingthePAmoduleinstandbymode.Ifthepinisleftfloating

(i.e.notconnected),theunitwilldefaulttostandbymode.

Groundingthepin(i.e.avoltagebelow+0.2VDC)placestheunitintransmitmode.Theusercaneither

connecttheRFEnablelinetopins,1,2,6&8ontheCTRL/PWRinterfaceconnector,oranopendrain

logiclinecapableofsinking500µAtoplacetheunitintransmitmode.

4.5 TEMP FLAG

Thissignalisanoutputtoindicateanover‐temperatureconditionintheNuPower12D05A.Alogichigh

(+5VDC)indicatesnormaloperation,whilealogiclow(0VDC)indicatesanover‐temperaturecondition.

TheNuPower12D05AincorporatesinternallogiccircuitrythatturnsofftheDCbiastotheRFtransistors.

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Caution: The amplifier should be shut down and allowed to cool offwhentheover‐

temperatureflagissetlowtoavoiddamagetothemodule.

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

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Viatron

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GME

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Atlas

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Roland

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Advantage

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IRT Electronics

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Dimavery

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Schertler

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