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Amplificateurs RF

HMC441LC3B | GaAs pHEMT MMIC Medium Power Amplifier

An efficient medium-power amplifier capable of operating at frequencies from 6 GHz to 18 GHz (with 14dB gain) and requires no external matching components.

Analog Devices
Fiches techniques 

When it comes to medium-power high-frequency applications, the HMC441LC3B could be the solution for you. Capable of operating at frequencies from 6 GHz to 18 GHz, this amplifier is housed in a small 3×3mm SMT leadless package. The HMC441LC3B has a saturated power output of 21.5 dBm at 27% PAE, a gain of 14 dB and a 50-Ω matched input/output thereby not requiring external matching components for design-in. Ideal for military use (EW & ECM), this RF amplifier can be used in point-to-point radios, multipoint radios and LO driver for HMC mixers.

Drawings/Package

Key Features

  • 14-dB gain

  • Saturated output power of 21 dBm @ 27% PAE

  • Single-rail supply

  • Current consumption of 90 mA at 5 V

  • 50-Ω impedance-matched inputs/outputs

  • 12 lead ceramic 3x3-mm SMT package

  • RoHS-compliant

General Applications

  • Point-to-point radios

  • Point-to-multipoint radios

  • LO driver for HMC mixers

  • Military EW & ECM

  • Harsh temperature environments (–40°C to 85°C) 

Technical Documentation

Download Datasheet

Evaluation Board

The HMC441LC3B can be evaluated with the Evaluation PCB 109712 available from Analog Devices, or the PCB needed for evaluation can be made with the use of the provided Gerbers. As with any RF design, the PCB used to evaluate the HMC441LC3B must use RF routing and placement techniques to enable the full potential of the RF power amplifier. This includes matching the input/output impedances, ensuring the input/output signal impedances are 50 Ω, the use of ground planes and plenty of stitching via, connecting coaxial connector shields to ground and mounting the PCB to a heatsink. The diagram below shows an example evaluation board demonstrating the use of decoupling capacitors, correctly spaced via and short input/output traces with guarding.

Spécifications techniques du produit
  • RoHS (Union Européenne)
    Compliant
  • ECCN (États-Unis)
    EAR99
  • Statut de pièce
    Active
  • Code HTS
    COMPONENTS
  • Automotive
    No
  • PPAP
    No
  • Type de fabricant
    Power Amplifier
  • Nombre de canaux par puce
    1
  • Fréquence de fonctionnement maximale (MHz)
    18000
  • Gain de puissance type (dB)
    14@18000MHz
  • Puissance de sortie type (dBm)
    20@18000MHz
  • Point d'interception de sortie type (dBm)
    32@18000MHz
  • Affaiblissement d'équilibrage d'entrée maximal (dB)
    13(Typ)@18000MHz
  • Affaiblissement d'équilibrage de sortie maximal (dB)
    14(Typ)@18000MHz
  • Chiffre type du bruit (dB)
    4.5@18000MHz
  • Tension d'alimentation maximale en fonctionnement (V)
    6
  • Tension d'alimentation simple type (V)
    5
  • Courant d'alimentation maximal (mA)
    115@5V
  • Type d'alimentation
    Single
  • Dissipation de puissance maximale (mW)
    740
  • Température de fonctionnement minimale (°C)
    -40
  • Température de fonctionnement maximale (°C)
    85
  • Emballage
    Tape and Reel
  • Installation
    Surface Mount
  • Hauteur du paquet
    0.8
  • Largeur du paquet
    2.9
  • Longueur du paquet
    2.9
  • Carte électronique changée
    12
  • Nom de lemballage standard
    LCC
  • Conditionnement du fournisseur
    CLLCC EP
  • Décompte de broches
    12
  • Forme de sonde
    No Lead

Documentation et ressources

Fiches techniques
Ressources de conception