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The Ampleon ART2K0PEY is a dual N-channel LDMOS RF power transistor based on Advanced Rugged Technology (ART). It operates within a frequency range of 1 MHz to 450 MHz and supports a maximum drain-source voltage of 65 V. The device delivers up to 2000 W output power with a typical gain of 27.7 dB at 108 MHz under pulsed conditions. Key electrical parameters include a drain-source breakdown voltage of 203 V, an on-state resistance of 106 mΩ, and a gate-source threshold voltage of 2.6 V. It features excellent thermal stability with a junction-to-case thermal resistance of 0.064 K/W and is housed in the OMP-1230-4F-1 surface mount package.
Verify the specific ordering suffix Y against the manufacturer's current datasheet revision to confirm packaging details. The ART2K0PEY designation corresponds to the TR13 reel packing format with a minimum orderable quantity of 100 pieces. Ensure compliance with moisture sensitivity level requirements during storage and handling procedures prior to assembly.
Select this component for high-power broadband applications requiring robust performance under varying load conditions. The dual N-channel configuration supports push-pull topologies efficiently. Verify that the application circuit can manage the 65 V drain-source limit and that the thermal design accommodates the specified junction temperature constraints for reliable long-term operation.
The ART2K0PEY belongs to the ART2K0PE family of power LDMOS transistors manufactured by Ampleon. This series utilizes Advanced Rugged Technology to provide high efficiency and thermal stability. The PE variant specifically denotes the OMP-1230-4F-1 package style, distinguishing it from other package options within the same electrical specification family.
The ART2K0PEGZ serves as a direct functional equivalent within the same product family, differing primarily in its OMP-1230-4G-1 package outline. Both devices share identical electrical characteristics and pin configurations, allowing for potential interchangeability if the mechanical footprint differences are acceptable in the design.