Products

GRF4002
Broadband LNA/Linear Driver
Tuning Range: 0.015 to 5.9 GHz

Name: GRF4002
Brand: Guerrilla RF
SKU: GRF4002

Distributors

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

GRF Products

Buy GRF4002

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

GRF Products

Buy GRF4002

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

GRF Products

Data Sheet

S-Parameter File

X-MWblock®

Buy Now

Key Specs — typical

Frequency 0.015-5.9 GHz

Gain 15.0 dB

Noise Figure 0.85 dB

OP1dB 23.5 dBm

OIP3 36.5 dBm

V_DD 1.8-5.0 V

I_DD 20-80 mA

Package 1.5 DFN-6

Broadband LNA/Linear Driver
Tuning Range: 0.015 to 5.9 GHz

The GRF4002 is a broadband low noise gain block designed for small cell, wireless infrastructure and other high performance applications. It exhibits outstanding broadband NF, linearity and return losses over 700 to 3800 MHz with a single match.

Configured as a first stage LNA, linear driver or cascaded gain block, GRF4002 offers high levels of reuse both within a design and across platforms. The device is operated from a supply voltage (V_DD) of 1.8 to 5.0 V with a selectable I_DDQ range of 20 to 80 mA for optimal efficiency and linearity. GRF4002 is internally matched to 50 Ω at the input and output ports, needing only external DC blocks and a bias choke on the output.

Categories & Markets

Broadband LNAs High Linearity Gain Blocks Linear Drivers Automotive Cellular Boosters/DAS Military Wireless Audio

Applications

Linear Driver Amp for High PAR Waveforms such as LTE and WCDMA
Small Cells and Cellular Repeaters
First Stage LNA
Microwave Backhaul
Low Voltage Radios

Features

Reference: 5V/70mA/2.5GHz

EVB NF: 0.85 dB
Gain: 15.0 dB
OP1dB: 23.5 dBm
OIP3: 36.5 dBm
Flexible Bias Voltage and Current
Internally Matched to 50 Ω
Process: GaAs pHEMT

GRF4002 -
Broadband LNA/Linear Driver
Tuning Range: 0.015 to 5.9 GHz
Name	Part ID
Analog Devices	ADH8411S
Analog Devices	ADH8412S
Analog Devices	ADRF5515A
Analog Devices	HMC373
Analog Devices	HMC376
Analog Devices	HMC594LC3B
Analog Devices	HMC8411
Analog Devices	HMC8412
Analog Devices	HMC8414
Analog Devices	MAX2027
Broadcom	ATF-33143
Broadcom	ATF-331M4
Broadcom	ATF-53189
Broadcom	ATF-54143
Broadcom	ATF-541M4
Broadcom	ATF-58143
Broadcom	MGA-52543
Broadcom	MGA-53589
Broadcom	MGA-62563
MACOM	MAAL-010704
NXP	BGU8053
NXP	BTS6201U
NXP	BTS7202H
Qorvo	TQP3M9005
Qorvo	SPF5189Z
Qorvo	QPA0163L
Qorvo	SPF5122Z
Qorvo	SPF5122
Qorvo	SPF5122Z
Qorvo	CGB240
Qorvo	CMD276C4
Qorvo	QPL6216Q
Qorvo	TGA4935
Qorvo	TQP3M9006
Skyworks	SE2433T
Skyworks	SKY65006-348LF
Skyworks	SKY65137-11
Skyworks	SKY66312-11
Skyworks	SKY67106-306LF
Skyworks	SE2432L
Skyworks	SKY66100-11
Skyworks	SKY85302-11
Skyworks	SKY85309-11

Voltage: 1.8

Voltage: 3.3

Voltage: 5.0

Guerrilla RF's SDARS Reference Designs

Bias Optimization Techniques for Maximum IP3 Linearity | Guerrilla RF Engineering Insights

GRF400X Broadband Driver Amplifier Family | Engineering Insights

Frequently Asked Questions

What is the frequency range of GRF4002?

The GRF4002 operates from 0.015-5.9 GHz.

What package does GRF4002 come in?

The GRF4002 is supplied in a 1.5 DFN-6 package.

What is the typical performance of GRF4002?

Typical performance for the GRF4002 is 15.0 dB of gain, 0.85 dB noise figure, and 36.5 dBm OIP3. See the data sheet for full conditions, limits, and over-temperature behavior.

What applications is GRF4002 typically used in?

The GRF4002 is targeted at Automotive, Cellular Boosters/DAS, Military, and Wireless Audio applications.

Where can I download the data sheet for GRF4002?

The data sheet for GRF4002 is available as a PDF at https://www.guerrilla-rf.com/includes/prodFiles/4002/GRF4002DS.pdf. You can also view it embedded in the Data Sheet tab on this page.

Are SPICE models or S-parameter files available for GRF4002?

S-parameter (.s2p) files for GRF4002 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].