Wideband RF Power Amplifier Modules by Frequency and Power

Wideband RF Power Amplifier Modules provide a product option when several required operating frequencies fall within the same listed range.

The widest range is not automatically the best choice. Start with the frequencies the project will actually use. Then define whether the output requirement applies at the PA connector or the antenna end.

RF SKYPOWER lists wideband series covering 30–512 MHz, 300–1200 MHz, 300–1700 MHz, 300–2700 MHz, and 2000–6000 MHz.

1. Compare Wideband RF PA Module Series by Frequency Range

The product families below provide the initial comparison by frequency range and output class.

Start with the required operating points, then open the corresponding datasheet for the closest product family.

The tables show the datasheets available for each output class. Availability and configuration status must be confirmed for the selected frequency range and power level.

Custom RF PA Module Options

If standard RF PA modules do not match the required frequency, output power, voltage, cooling, connector, or control interface, RF SKYPOWER can review a custom RF PA module configuration before RFQ.

Custom Item	Available Range / RFQ Detail
Frequency Range	Custom frequency coverage from 20MHz to 20GHz, based on target frequency points and band-edge requirements.
Output Power	Project-defined RF output from 10W to 1000W, depending on frequency, duty cycle, cooling, and system integration conditions.
Engineering Review	Confirm voltage, gain, input drive, connector, heatsink or forced-air cooling, VSWR protection, control interface, and test-report requirements before RFQ.

Request a Custom RF PA Module RFQ

2. What the Product Tables and Datasheets Can Confirm

The product cards identify the closest frequency family, output class, product page, and available datasheet.

Before approving a module, confirm:

• the required operating frequency points;
• available RF input at the PA connector;
• the defined output reference plane;
• PA-terminal voltage under load;
• operating duty and cooling condition;
• connector, feeder, RF load, and antenna path;
• control and protection requirements;
• test conditions and reporting requirements.

A matching frequency range and output class identify a candidate module. They do not prove usable output at every required frequency.

Project-specific conditions may remain outside the datasheet. These can include hot-state margin, antenna-end output after RF-path loss, behavior with the installed RF path and load, protection limits, and acceptance criteria.

Any condition not defined by the datasheet must be confirmed during engineering review.

3. When a Listed Wideband Series Does Not Fit the Project

A separate engineering review is appropriate when a requirement falls outside the conditions stated in the selected datasheet.

This may involve frequency, output, RF input, PA-terminal supply, cooling, interfaces, protection, mechanical installation, or acceptance evidence.

Further review is appropriate when:

• a priority frequency sits near or outside a listed band edge;
• the required output is defined at the antenna end;
• the installed RF path adds significant loss or mismatch;
• the operating duty differs from the stated test condition;
• a different connector or mechanical interface is required;
• the control or protection behavior must follow a project-defined specification;
• additional unit-level test evidence is required.

Submit requirements outside the listed product families for a custom RF PA module review.

Define the operating and test boundaries before confirming the final configuration, lead time, and acceptance scope.

What to Send for Wideband RF PA Engineering Review

An initial RFQ should provide enough information to identify the closest product family. It should also identify any open conditions that require engineering review.

RFQ Item	What to Define
Frequency	Required range and priority operating points
Output	Required PA-port or antenna-end output
RF Input	Available power at the PA input reference plane
DC Supply	Nominal 28 V supply, PA-terminal voltage under load, and available current reserve
Duty	CW, intermittent, or project-defined operating duty
Cooling	Heatsink, airflow, cabinet condition, and thermal interface
RF Path	Connector, feeder, expected loss, RF load, and antenna match
Control	Enable, alarm, reset, monitoring, or command requirements
Protection	VSWR, reflected power, temperature, and voltage boundaries
Evidence	Datasheet, swept results, hot-state data, or S/N-linked report
Mechanical Limits	Available space, mounting method, and connector orientation

For a wideband RF PA engineering review, first send the required frequency range or priority operating points.

Also include the target PA-port or antenna-end output and available RF input power.

Add the 28 V supply condition, operating duty, cooling method, and connector where these details are already defined.

Also include the RF-path boundary, protection requirements, and required evidence.

Conditions that remain open can be reviewed and defined during the RFQ stage.

RF SKYPOWER can then identify the closest listed series or define the scope of a project-specific configuration.

Conclusion

A wideband RF PA selection is complete only when the chosen frequency family and output class fit the project at its actual operating points and defined output reference plane.

Use the product cards and datasheets to narrow the choice to the closest available series. Then close any remaining RF, DC, thermal, interface, load, protection, and test-evidence gaps during the RFQ review.

This prevents a nominal frequency-range match from being mistaken for a fully qualified project configuration.