Products

GRF2043
Linear Gain Block with Bypass
Tuning Range: 0.15 to 6.0 GHz

Name: GRF2043
Brand: Guerrilla RF
SKU: GRF2043

Distributors

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

GRF Products

Buy GRF2043

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

GRF Products

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

GRF Products

Data Sheet

S-Parameter File

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Key Specs — typical

Frequency 0.15-6.0 GHz

Gain 18.5 dB

Noise Figure 1.8 dB

OP1dB 22.0 dBm

OIP3 36.0 dBm

V_DD 2.7-6.0 V

I_DD 20-100 mA

Package 1.5 DFN-6

Linear Gain Block with Bypass
Tuning Range: 0.15 to 6.0 GHz

GRF2043 is a broadband gain block with bypass for small cell, wireless infrastructure and other high performance applications. It exhibits flat gain and outstanding NF and linearity over 400 to 2700 MHz with a single match.

The device is operated from a supply voltage of 2.7 to 6.0 V with a selectable Iddq range of 20 to 100 mA for optimal efficiency and linearity.

GRF2043 is internally matched to 50 Ω at the input and output ports, needing only external DC blocks and a bias choke on the output.

Consult with the GRF applications engineering team for custom tuning/evaluation board data and device s-parameters.

Categories & Markets

Broadband LNAs High Linearity Gain Blocks Linear Drivers Low Current LNAs 5G Infrastructure Automotive Cellular Boosters/DAS Military WiFi Wireless Audio

Applications

Cellular Repeaters and Signal Boosters
Cellular Infrastructure
VHF/UHF and ISM Radios

Features

Reference: 5V/80mA/1.9GHz

Gain: 18.5 dB
EVB NF: 1.8 dB
OIP3: 36.0 dBm
OP1dB: 22.0 dBm
Bypass Mode Gain: -1.5 dB
Bypass OP1dB: 23.0 dBm
Bypass OIP3: 45.0 dBm
Single Control Logic Input
Flexible Bias Voltage and Current
Internally Matched to 50 Ω
Process: GaAs pHEMT
Compact 1.5 x 1.5 mm DFN-6 Package

GRF2043 -
Linear Gain Block with Bypass
Tuning Range: 0.15 to 6.0 GHz
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Analog Devices	ADH392AS
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Analog Devices	HMC374
Analog Devices	HMC392A-Die
Analog Devices	HMC392ALC4
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Analog Devices	HMC639
Analog Devices	HMC8413
Analog Devices	MAX2612
Analog Devices	MAX2613
Analog Devices	MAX2615
Analog Devices	MAX2616
MACOM	CA59-1
MACOM	MAAM-009633
MACOM	MAAM-011252-DIE
MACOM	MAAM-011305-DIE
MACOM	MAAM-011326
MACOM	MAAM-011357
MACOM	MAAMSS0060
NXP	BFU590Q
NXP	MMG20241H
Qorvo	AG603-89G
Qorvo	AH31-G
Qorvo	EC1078B-G
Qorvo	QPA9120
Qorvo	QPA9133
Qorvo	QPA9154
Qorvo	QPL7433
Qorvo	QPL7442
Qorvo	RF3855
Qorvo	SBA5086Z
Qorvo	SBA5089Z
Qorvo	SGA6586Z
Qorvo	SGC6489Z
Qorvo	TGA4928
Qorvo	TGA5108
Qorvo	TQL9042
Qorvo	TQL9044
Qorvo	TQL9047
Qorvo	TQL9063
Qorvo	TQM8M9075
Qorvo	TQP3M9018
Qorvo	TQP777002
Qorvo	WJA1500
Skyworks	SKY65017-70LF
Skyworks	SKY65081-70LF
Skyworks	SKY66312-11
Skyworks	SKY55242-11
Skyworks	SKY85300-21
Skyworks	SKY73020-11
Skyworks	SKY73022-11
Skyworks	SKY73084-11
Skyworks	SKY73087-11
Skyworks	SKY73089-11

3.3 V
5.0 V

Voltage: 3.3

GRF204X Gain Block Amplifier Family | Engineering Insights

Frequently Asked Questions

What is the frequency range of GRF2043?

The GRF2043 operates from 0.15-6.0 GHz.

What package does GRF2043 come in?

The GRF2043 is supplied in a 1.5 DFN-6 package.

What is the typical performance of GRF2043?

Typical performance for the GRF2043 is 18.5 dB of gain, 1.8 dB noise figure, and 36.0 dBm OIP3. See the data sheet for full conditions, limits, and over-temperature behavior.

What applications is GRF2043 typically used in?

The GRF2043 is targeted at 5G Infrastructure, Automotive, Cellular Boosters/DAS, Military, WiFi, and Wireless Audio applications.

Where can I download the data sheet for GRF2043?

The data sheet for GRF2043 is available as a PDF at https://www.guerrilla-rf.com/includes/prodFiles/2043/GRF2043DS.pdf. You can also view it embedded in the Data Sheet tab on this page.

Are SPICE models or S-parameter files available for GRF2043?

S-parameter (.s2p) files for GRF2043 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].