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MGA86576 - 1.5 - 8 GHz Low Noise GaAs MMIC Amplifier

Download the MGA86576 datasheet PDF. This datasheet also covers the MGA86576_Agilent(Hewlett variant, as both devices belong to the same 1.5 - 8 ghz low noise gaas mmic amplifier family and are provided as variant models within a single manufacturer datasheet.

General Description

Hewlett-Packard’s MGA-86576 is an economical, easy-to-use GaAs MMIC amplifier that offers low noise and excellent gain for applications from 1.5 to 8 GHz.

The MGA-86576 may be used without impedance matching as a high performance 2 dB NF gain block.

Key Features

  • 1.6 dB Noise Figure at 4 GHz.
  • 23 dB Gain at 4 GHz.
  • +6 dBm P1dB at 4 GHz.
  • Single +5 V Bias Supply Surface Mount Ceramic Package.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (MGA86576_Agilent(Hewlett-Packard).pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number MGA86576
Manufacturer Agilent(Hewlett-Packard)
File Size 75.57 KB
Description 1.5 - 8 GHz Low Noise GaAs MMIC Amplifier
Datasheet download datasheet MGA86576 Datasheet

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

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1.5 – 8 GHz Low Noise GaAs MMIC Amplifier Technical Data MGA-86576 Features • 1.6 dB Noise Figure at 4 GHz • 23 dB Gain at 4 GHz • +6 dBm P1dB at 4 GHz • Single +5 V Bias Supply Surface Mount Ceramic Package Description Hewlett-Packard’s MGA-86576 is an economical, easy-to-use GaAs MMIC amplifier that offers low noise and excellent gain for applications from 1.5 to 8 GHz. The MGA-86576 may be used without impedance matching as a high performance 2 dB NF gain block. Alternatively, with the addition of a simple series inductor at the input, the device noise figure can be reduced to 1.6␣ dB at 4 GHz. The circuit uses state-of-the-art PHEMT technology with selfbiasing current sources, a sourcefollower interstage, resistive feedback, and on chip impedance matching networks.