A cleaner, more efficient and effective power source – that is the promise of RF energy. And for a whole host of industrial and scientific products used globally, that promise is already being realized. From shale oil extraction and industrial thawing to wood drying and disinfestation, the possibilities are boundless.
Innovative application possibilities are now feasible because of the recent performance and cost developments in solid state RF power amplifiers, operating in the 915 MHz ISM unlicensed frequency band. These devices now provide the right balance of power, efficiency and ruggedness, while meeting the cost effectiveness for volume production and the technical standards for universal operation.
Our dedicated 915 MHz LDMOS RF power transistor portfolio delivers a full range of output power levels from 5 W to 600 W continuous wave. All final stage devices have efficiencies in excess of 60% and device behavior has been analyzed under large-signal excitations with realistic input and output matching conditions.
Ampleon’s plug-and-play evaluation tools enable our customers to explore the possibilities of solid-state RF Energy, develop their applications and shorten time to market.
Ampleon’s Solid State Cooking white paper will give you more information about what the new technology brings with it many new techniques that can significantly enhance the control of energy delivery. These techniques represent scope for innovation that will change the user’s experience of cooking with high power RF energy.
A 10 W plastic LDMOS power transistor for broadcast transmitter and ISM applications at frequencies from HF to 1400 MHz.
Featured products View all products
Key features and benefits
- Full range of output power levels from 5 W to 600 W continuous wave
- Outstanding efficiencies – in excess of 60% for final stage devices
- Field-proven ruggedness makes for optimum longevity
- Ability to drive variable load impedances
- Thermally enhanced packages
Key applications View all applications
- Heating and drying
- Cooking and thawing
- Chemical processing
|Type number||Description||Status||Quick access|
|BLF10H6600P||Power LDMOS transistor||Production||Download datasheet|
|BLF10H6600PS||Power LDMOS transistor||Production||Download datasheet|
|BLF0910H9LS600||Power LDMOS transistor||Production||Download datasheet|
|BLP10H603||Broadband LDMOS driver transistor||Production||Download datasheet|
|BLP10H605||Broadband LDMOS driver transistor||Production||Download datasheet|
|BLP10H610||Broadband LDMOS driver transistor||Production||Download datasheet|
|BLP10H660P||Power LDMOS transistor||Production||Download datasheet|
|BLP10H660PG||Power LDMOS transistor||Production||Download datasheet|
|BLF0910H6L500||Power LDMOS transistor||Production||Download datasheet|
|BLF0910H6LS500||Power LDMOS transistor||Production||Download datasheet|
|BLP0427M9S20||Power LDMOS transistor||Production||Download datasheet|
|BLP0427M9S20G||Power LDMOS transistor||Production||Download datasheet|
|Plug-and-play evaluation tools for RF energy||Leaflet||2016-01-14|
|Mounting and Soldering of RF transistors||Application note||2016-02-17|
|Packages for RF Power Transistors||Leaflet||2016-08-02|
|LDMOS Ruggedness Reliability||Other type||2017-03-28|
|LDMOS Technology for RF Power Amplifiers||Other type||2017-05-03|
|RF Driven Plasma Lighting: the Next Revolution in Light Sources||Other type||2017-05-02|
|24/7-RF - Version 2 - 2017||Brochure||2017-05-31|