AMM-11561CH_0.01 – 30 GHz High Frequency Distributed Driver Amplifier

Device Overview

General Description

The AMM-11561CH is a wideband GaAs distributed amplifier covering 0.01 to 30 GHz, delivering 15.7 dB of small-signal gain, high output power, and linearity. It provides up to +27 dBm saturated output power, with output IP3 up to +33 dBm. Operating from a +12V supply at 220 mA typical current, the amplifier is internally matched to 50 Ω at both the RF input and output ports. These features make it well-suited for wideband driver stages in RF/mmWave front ends, test and measurement instrumentation, electronic warfare, and general-purpose broadband gain block applications.

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Photo of AMM-11561CH

Features

High Frequency Wideband Operation, 0.01 to 30 GHz
High Saturated Output Power, +27 dBm Typical
Minimal Application Circuit

Applications

SATCOM
5G Transceivers
Test and Measurement Equipment

Functional Block Diagram

Block Diagram

Part Ordering Options

Part Number

Description

Package

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Product Lifecycle

Export Classification

AMM-11561CH

0.01 – 30 GHz High Frequency Distributed Driver Amplifier

CH

REACH

RoHS

Released

EAR99

Table Of Contents

Device Overview
Port Configuration and Functions
- Port Diagram
Revision History
Specifications
Die Mounting Recommendations
- Mounting and Bonding Recommendations
Operation
Mechanical Data
- Outline Drawing

Revision History

Revision Code	Revision Date	Comment
-	2026-06-04	Initial Release

Specifications

Package Information

Parameter	Details	Rating
ESD	< 250 Volts	HBM Class 0
Dimensions	-	1.38mm x 2.40mm

Electrical Specifications

The electrical specifications apply at TA=+25°C in a 50Ω system. Min and Max limits apply only to our connectorized units and are guaranteed at TA=+25°C. Die are 100% DC tested and RF tested on a per lot basis

Parameter	Test Conditions	Minimum Frequency (GHz)	Maximum Frequency (GHz)	Min	Typ	Max	Unit
Small Signal Gain	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -20dBm	0.01	30	-	15.7	-	dB
Input Return Loss	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -20dBm	0.01	30	-	19	-	dB
Output Return Loss	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -20dBm	0.01	30	-	20	-	dB
Reverse Isolation	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -20dBm	0.01	30	-	54	-	dB
Psat	Vd = +12V, Id = 220mA, Vg = -0.25V,	0.01	30	-	27	-	dBm
Input P1dB	Vd = +12V, Id = 220mA, Vg = -0.25V	0.01	30	-	9	-	dBm
Output P1dB	Vd = +12V, Id = 220mA, Vg = -0.25V	0.01	30	-	23	-	dBm
Input IP3	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -18dBm, 1MHz Spacing	0.01	30	-	18	-	dBm
Output IP3	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -18dBm, 1MHz Spacing	0.01	30	-	33	-	dBm
Input IP2	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -18dBm, 1MHz Spacing	0.01	30	-	23.5	-	dBm
Output IP2	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -18dBm, 1MHz Spacing	0.01	30	-	38.5	-	dBm
Noise Figure	Vd = +12V, Id = 220mA, Vg = -0.25V	0.01	30	-	4.4	-	dB
Current Consumption	Vd= +12V, Vg = -0.25V	-	-	-	220	-	mA

Parameter	Test Conditions	Minimum Frequency (GHz)	Maximum Frequency (GHz)	Min	Typ	Max	Unit
Small Signal Gain	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -20dBm	0.01	30	-	15.7	-	dB
Input Return Loss	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -20dBm	0.01	30	-	19	-	dB
Output Return Loss	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -20dBm	0.01	30	-	20	-	dB
Reverse Isolation	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -20dBm	0.01	30	-	54	-	dB
Psat	Vd = +12V, Id = 220mA, Vg = -0.25V,	0.01	30	-	27	-	dBm
Input P1dB	Vd = +12V, Id = 220mA, Vg = -0.25V	0.01	30	-	9	-	dBm
Output P1dB	Vd = +12V, Id = 220mA, Vg = -0.25V	0.01	30	-	23	-	dBm
Input IP3	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -18dBm, 1MHz Spacing	0.01	30	-	18	-	dBm
Output IP3	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -18dBm, 1MHz Spacing	0.01	30	-	33	-	dBm
Input IP2	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -18dBm, 1MHz Spacing	0.01	30	-	23.5	-	dBm
Output IP2	Vd = +12V, Id = 220mA, Vg = -0.25V, Pin = -18dBm, 1MHz Spacing	0.01	30	-	38.5	-	dBm
Noise Figure	Vd = +12V, Id = 220mA, Vg = -0.25V	0.01	30	-	4.4	-	dB
Current Consumption	Vd= +12V, Vg = -0.25V	-	-	-	220	-	mA

Low frequency performance dependent on application circuit. For operation under 10MHz see application circuit notes.

Typical Performance Plots

Small Signal Gain (dB) graph for AMM-11561CH

Psat (dBm) graph for AMM-11561CH

1dB Compression Point (dBm) graph for AMM-11561CH

Input Return Loss (dB) graph for AMM-11561CH

Output Return Loss (dB) graph for AMM-11561CH

Reverse Isolation (dB) graph for AMM-11561CH

Output IP3 (dBm) graph for AMM-11561CH

Input IP3 (dBm) graph for AMM-11561CH

Output IP2 (dBm) graph for AMM-11561CH

Input IP2 (dBm) graph for AMM-11561CH

Noise Figure (dBm) graph for AMM-11561CH

Application Circuit

Application Circuit for AMM-11561CH

Mechanical Data

Outline Drawing

Download : Outline 2D Drawing

Outline Drawing