GRF2583

LNA with Selectable Gain/Bypass

Tuning Range: 4.4 to 6 GHz

Distributors

Mouser
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Mouser Electronics
1000 North Main Street
Mansfield, TX 76063
Phone: (800) 346-6873

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RFMW
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RFMW
188 Martinvale Lane
San Jose, CA 95119
Phone: (877) 367-7369

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Richardson
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Richardson RFPD
2001 Butterfield Road
Suite 1800
Downers Grove, IL 60515
Phone: (603) 262-6800

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Data Sheet

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LNA with Selectable Gain/Bypass

Tuning Range: 4.4 to 6 GHz

The GRF2583 is a two-stage GaAs pHEMT low noise amplifier targeting high-performance wireless infrastructure applications. The second stage can be bypassed with an independent control pin, thus allowing the device to support high and low gain modes of 27.2 and 15.2 dB, respectively.

For optimal efficiency and linearity, the amplifier was designed to operate with a single 5 V supply voltage while using only 52 mA of quiescent current. Supply voltages ranging from 2.7 to 6 volts are also supported. Similarly, quiescent current can be increased beyond the native biasing point for enhanced linearity performance.

Frequently Asked Questions

What is the frequency range of GRF2583?

The GRF2583 operates from 4.4-6 GHz.

What package does GRF2583 come in?

The GRF2583 is supplied in a 1.5 DFN-6 package.

What is the typical performance of GRF2583?

Typical performance for the GRF2583 is 27.2 dB of gain, 1.2 dB noise figure, and 33 dBm OIP3. See the data sheet for full conditions, limits, and over-temperature behavior.

What applications is GRF2583 typically used in?

The GRF2583 is targeted at 5G Infrastructure, Automotive, Cellular Boosters/DAS, Military, and Navigation applications.

Where can I download the data sheet for GRF2583?

The data sheet for GRF2583 is available as a PDF at https://www.guerrilla-rf.com/includes/prodFiles/2583/GRF2583DS.pdf. You can also view it embedded in the Data Sheet tab on this page.

Are SPICE models or S-parameter files available for GRF2583?

S-parameter (.s2p) files for GRF2583 are available on the product detail page when published. For SPICE models, simulation files, or custom tuning data, contact the Guerrilla RF applications engineering team at [email protected].

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