RF MODULES / PRODUCT INFORMATION

RF Power Amplifier Modules: Assembly and Integration Options

An RF power amplifier module is an assembly-level component, not automatically a calibrated instrument or a complete certified radio. New Ark’s catalogue preserves 22 reference records for civilian documentation review; each record still requires written confirmation of the applicable revision and scope.

Discuss your project View all 22 reference models

RF amplifier module category reference photograph — **A closer look at the module form factor.**Enclosure and interface arrangements vary across the family.

01 / RF amplifier modules

Module scope and assembly responsibility

A module packages more of the amplifier function than a bare transistor or discrete board. Depending on the documented design, it may combine amplification stages, matching, connectors and a mechanical enclosure. That integration can simplify a system review, but it does not by itself establish a finished instrument, a radio approval, or a measured result in a customer’s enclosure.

The integration boundary should therefore be explicit. Review the RF interface, mechanical envelope, thermal interface, protection information and any required external functions as separate evidence. NXP’s RF data-sheet guidance describes module selection in relation to frequency, output power, gain, supply and form factor, while Qorvo explains that a power amplifier module integrates PA circuitry into a packaged component. Neither source turns a generic module label into a suitability guarantee.

02 / RF amplifier modules

What the 22-record catalogue preserves

The catalogue is a reference set, not 22 certified or in-stock standard models. Records include 01 (5–6 GHz, 10–30 W), 02 (1.2/1.5/2.4 GHz, 50 W), 03 (3–6 GHz entries, 50 W), 04 (100–1000 MHz, 100 W), 05 (1–3 GHz, 100 W), 06 (4–6 GHz, 100 W, conflicting band and bandwidth), 07 (conflicting frequency and bandwidth), 08 (100–1000 MHz and 1–3 GHz, revision 2), 09 (3–6 GHz, 30–40 W), 10 (100 MHz–2.4 GHz, 50 W), 11 (conflicting 2–6/3–6 GHz, bandwidth and power), and 12 (300 MHz–2 GHz, revision 2, 100 W).

The remaining records are 13 (notation requiring confirmation), 14 (1–2 GHz, 80 W), 15 (1–6/1–6.2 GHz, revision 2; power claim requires validation), 16 (4–8 GHz, revision 2; weight and dimensions conflict), 17 (1–3 GHz, 50 W), 18 (conflicting 1–6.4/500 MHz–7.3 GHz and 10/20 W variants), 19 (4–8 GHz, 100 W; connector conflict), 20 (2–7.2 GHz, 50 W; connector conflict and weight missing), 21 (2–7.2 GHz, 100 W), and 22 (100–400 notation, bandwidth and power conflict). Missing values remain “not provided—confirm”; a revision label is not proof of a new semiconductor class.

03 / RF amplifier modules

Interfaces, enclosure and review documents

A practical assembly review compares the record’s stated connector and dimensions with the host equipment’s mechanical drawing. The baseline includes SMA→SMA, SMA→N and N entries, plus dimensions and weights where supplied. Records with conflicting connectors, dimensions or weights should remain unresolved until the applicable source revision is identified; a nominal power value is not a linear continuous-output promise across every condition.

For civilian laboratory or equipment documentation, keep the module record separate from the measurement record. Keysight’s public PA material describes calibrated signal generation and analysis for performance verification, while ILAC’s guidance explains that an accreditation scope describes the services for which a conformity-assessment body has demonstrated competence. A module listing is therefore not an accredited report, calibration certificate or standards-specific conformity statement.

04 / RF amplifier modules

Requested bands and written feasibility review

The approved catalogue does not contain a complete 2–8 GHz match. Records 20 and 21 stop at 7.2 GHz, and records 16 and 19 cover 4–8 GHz; they are comparison records with partial overlap, not proof of uninterrupted 2–8 GHz coverage. The same discipline applies to 6–18 GHz and 18–40 GHz: neither is a matched catalogue product here, so either is a requested feasibility scope requiring source-specific documentation and engineering review.

Do not infer application matching from frequency or power alone. Before a civilian integration decision, request the applicable revision, complete interface and mechanical data, stated operating boundaries, thermal assumptions, and the evidence package relevant to the host equipment. This page intentionally makes no claim about stock, lead time, certification, customer use, factory status or guaranteed performance.

SOURCE RECORDS / COMPARISON ONLY

Compare supplied reference records

The cards below reproduce the specifically linked supplier reference records. They are not a list of suitable or available products. Reference numbers are not confirmed commercial model codes; every field and applicable revision requires written confirmation.

Units and source notation are retained where stated. An uncertain or missing unit is not inferred.

Reference model 01

Recorded fields

Frequency referenceRecorded: 5–6 GHz
Bandwidth referenceRecorded: 1 GHz
Power referenceRecorded: 10-30 W
Transistor technologyRecorded: GaN

RF Power Amplifier Modules: Assembly and Integration Options

Module scope and assembly responsibility

What the 22-record catalogue preserves

Interfaces, enclosure and review documents

Requested bands and written feasibility review

Compare supplied reference records

Sources and attributions

Understanding RF Data Sheet Parameters

Power Amplifier Modules and Their Role in 5G Design

How to Test Power Amplifiers with Modulated Signals

ILAC G18: Guideline for describing Scopes of Accreditation

Questions about this topic

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