GRF2093
Ultra-Low Noise Amplifier
1 to 6 GHz

Name: GRF2093
Brand: Guerrilla RF
SKU: GRF2093

Distributors

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

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

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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

S-Parameter File

X-MWblock®

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Ultra-Low Noise Amplifier
1 to 6 GHz

GRF2093 offers industry leading noise figure (NF) and gain performance. It can be tuned over a wide range of frequencies from roughly 1 to 6 GHz.

With application-specific biasing, GRF2093 is part of Guerrilla RF’s highest performance satellite radio solution where it functions as the first-stage LNA over 2320 to 2345 MHz.

The device can be biased over a range of V_DD from 2.7 to 5.0 volts and I_DDQ values from 30 to 100 mA.

The device uses the standard Guerrilla RF 1.5 mm DFN- 6 package and pin out. It joins more than 20 other LNAs and linear drivers which can use the same evaluation board.

Please consult with the GRF applications engineering team for custom tuning/evaluation board data and device S-parameters.

GRF2093 1100-1600 MHz.pdf GRF2093 1710-1980 MHz.pdf GRF2093 3300-4200 MHz.pdf GRF2093 3400-3800 MHz.pdf GRF2093 5000-6000 MHz.pdf GRF2093 2900-3000 MHz.pdf GRF2093 4200-4900 MHz.pdf GRF2093 4960-5360 MHz.pdf GRF2093 5650-5925 MHz.pdf GRF2093 2000-2150 MHz.pdf GRF2093 2500-2570 MHz.pdf

GRF-AN001: Designing for Low Noise and Excellent Matching in Amplifier Applications GRF-AN002: Amplifier Design: Improving Gain Flatness Without Sacrificing Return Loss GRF-AN003: Capitalizing on the Design Flexibility of Common Footprint DFN-6 Packages GRF-AN004: Leveraging Differences in Packaging to Customize Amplifier Performance GRF-AN005: Customizing an Amplifier's P_SAT Output Level GRF-AN006: Proper Procedures for Powering Up and Powering Down an RF Amplifier GRF-AN007: Design Considerations for Ensuring Amplifier Stability GRF-AN008: Is Matching the LNA Input for Γ _OPT Always Worth the Effort? GRF-AN009: Designing an Amplifier Lineup for SDARS Applications GRF-AN010: Designing a High Performance, Single-SAW SDARS Solution

Gerber Files Packaging/Manufacturing Note

MTTF Life Time Prediction - ED15 Material Declaration

GRF2093 -
Ultra-Low Noise Amplifier
1 to 6 GHz
Name	Part ID
Analog Devices	ADL5523
Analog Devices	ADL5545
MACOM	CGY2107HV
MACOM	CGY2108HV
MACOM	MAAL-010704
MACOM	MAAL-010705-CR10
MACOM	MAAL-011078
MACOM	MAAL-011138
MACOM	MAAL-011139
MACOM	MAAL-011207-Q
MACOM	MAAM-011252-CQ3
MACOM	MAAM-011252
Qorvo	AG604-86G
Qorvo	AG604-89G
Qorvo	ECG005B-G
Qorvo	QPB9351
Qorvo	QPL6202Q
Qorvo	QPL6208Q
Qorvo	QPL9057
Qorvo	QPL9096
Qorvo	QPL9503
Qorvo	QPL9504
Qorvo	RF5122
Qorvo	RF5322
Qorvo	TGA2611-SM
Qorvo	TQL9092
Skyworks	SKY66001-11
Skyworks	SKY66002-11
Skyworks	SKY66041-11
Skyworks	SKY66051-11
Skyworks	SKY67151-396LF
Skyworks	SKY67181-396LF
Skyworks	SKY67183-396LF
Skyworks	SE2595L-R
Skyworks	SE2621L
Skyworks	SE5501L
Skyworks	SKY66109-11
Skyworks	SKY66112-11
Skyworks	SKY66403-11

PCN 2023-03-IN.pdf PCN 2024-01-IN.pdf

3.3 V
5.0 V

Voltage: 3.3

Frequently Asked Questions

What is the frequency range of GRF2093?

The GRF2093 operates from 1.0-6.0 GHz.

What package does GRF2093 come in?

The GRF2093 is supplied in a 1.5 DFN-6 package.

What is the typical performance of GRF2093?

Typical performance for the GRF2093 is 21.0 dB of gain, 0.37 dB noise figure, and 35.5 dBm OIP3. See the data sheet for full conditions, limits, and over-temperature behavior.

What applications is GRF2093 typically used in?

The GRF2093 is targeted at 5G Infrastructure, Automotive, Cellular Boosters/DAS, Military, Navigation, and WiFi applications.

Where can I download the data sheet for GRF2093?

The data sheet for GRF2093 is available as a PDF at https://www.guerrilla-rf.com/includes/prodFiles/2093/GRF2093DS.pdf. You can also view it embedded in the Data Sheet tab on this page.

Are SPICE models or S-parameter files available for GRF2093?

S-parameter (.s2p) files for GRF2093 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].