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From kW to MW: powering the future of particle acceleration with solid-state technology

Offering a rugged, high-efficiency RF power transistor portfolio of GaN and LDMOS RF power transistors for CW and pulsed particle accelerator applications

The transition to solid-state power amplifiers (SSPAs) is reshaping RF power systems in large scientific facilities. Where feasible, replacing tube-based systems with modern solid-state solutions from 50 MHz to 6 GHz enhances efficiency, reliability, and longevity.

Achieving the power levels of vacuum tube technology with SSPAs requires the precise combination of multiple solid-state devices. At Ampleon, we develop the industry’s most efficient and rugged RF power transistors, working closely with national laboratories, research institutions, medical pioneers, and industrial leaders to help design and build cutting-edge RF amplifier systems.

Our expertise in extremely ruggedized solutions ensures that our continuous-wave (CW) solid-state devices can withstand harsh mismatch conditions and RF on/off cycling, which is often critical for long-term system reliability.

Whether your project requires 1 kW or several megawatts, Ampleon is your trusted design and technology partner for high-performance RF amplification.

Key features
Optimized SSPA portfolio for each frequency range
High output power with state-of-the-art efficiency
High reliability, > 20-year transistor lifespan
Withstands extremely high cycles of RF on/off, ensuring long-term durability
Low thermal resistance (Rth) for superior heat dissipation
Key benefits
Availability and longevity of supply
High modularity and redundancy
No single point of failure for enhanced system reliability
Low maintenance costs and cost-efficient operation
Designed for continuous 24/7, 365-day operation
Easily scalable SSPA architecture for high output power
Compact footprint for space-efficient integration
Simplified electrical and thermal system design for ease of implementation
> 1 million hours operating lifetime
No need for periodic replacements
Preferred SSPA transistor portfolio for particle accelerator applications
Preferred SSPA transistor portfolio for particle accelerator applications
Frange (MHz) Type number Technology Package CW P1dB (W) VDS (V) ηD (%) Gp (dB) Demoboard
1–400 ART4K0FX* ART LDMOS 65–75 V SOT539A 3000 75 74 24 Available
1–400 ART2K5TFUS ART LDMOS 65–75 V SOT539A 2500 75 76 29.5 Available
1–400 ART2K0FE(S) ART LDMOS 65–75 V SOT539A(B) 2000 65 78 27 Available
1–700 BLF978P LDMOS 50 V SOT539A 1200 50 80 25.5 Available
1–700 BLF974P LDMOS 50 V SOT539A 500 50 77 25 Available
600–800 CLF06H4LS1K5P* GaN 50 V SOT539B 1500 50 77 17 Available
902–828 BLF0910H9LS750P LDMOS 50 V SOT539B 750 50 65 20 Available
900–1000 CLF09H4LS1K4P* GaN 50 V SOT539B 1400 50 77 20 Available
900–1000 CLF09H4LS800P* GaN 50 V SOT1214B 800 50 81 18 Available
1300 BLF13H9LS750P LDMOS 50 V SOT539B 750 50 63 19 Available
1300 CLF13H4LS800P* GaN 50 V SOT1214B 800 50 75 17 Available
1500 CLF15H4LS600P* GaN 50 V SOT1214B 600 50 75 17 Available
2856 CLS3H2731L(S)700 GaN 50 V SOT502A(B) 700** 50 59 13.5 Available

* Samples and demoboards are available. Product release is coming soon.

** Pulsed

Committed to your success

During the entire process from design to delivery, we provide a range of support options to address your needs. Whether you require load-pull data, application boards, samples, ADS / AWR models, assistance with a complex design challenge or seek quick advice, we are on stand-by to support you. Our application engineering resources are spread around the globe, with our offices in Nijmegen / The Netherlands, Toulouse / France, Smithfield / USA, and Shanghai / China.