Ampleon's ART1K6FH and ART2K0FE RF power transistors, available from Mouser, are based on Advanced Robust Technology (ART). The novel silicon LDMOS nodes in the ART series are engineered to achieve a high drain-source breakdown voltage while maintaining low output capacitance, resulting in robust transistors with high transconductance across the HF to UHF frequency range. The 1600W ART1K6FH power transistors offer a frequency range of 1 to 425 MHz, and the unparalleled 2000W ART2K0FE power transistors offer a frequency range of 1 to 400 MHz. These devices cover a wide range of ISM, broadcast, and communication applications, offering high efficiency and excellent thermal stability/robustness without device degradation. Both devices are offered in SOT539AN, SOT539BN, and SOT1248C air-cavity ceramic packages.

The BLF981 and BLF981S LDMOS power transistors are designed for broadcast, industrial, avionics, non-cellular, and industrial, scientific, and medical (ISM) applications. Their excellent robustness makes them ideal for digital and analog transmitter applications in the HF to 1400 MHz frequency range. The BLF981 is housed in an SOT467C package, while the BLF981S is integrated into an SOT467B package, both offering stable thermal management and high long-term reliability.

The GaN-SiC HEMT CLP24H4S30P is a high-efficiency 30 W power transistor designed for continuous wave (CW) applications in the 2400–2500 MHz frequency range. Ideal for industrial, scientific, medical, and consumer cooking systems, the Ampleon CLP24H4S30P offers excellent power performance and thermal stability. Housed in a compact 7 x 7 mm DFN surface-mount package, the CLP24H4S30P is ideal for high-power, compact RF amplifier designs.

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