C4H2350N10X

Overview

The C4H2350N10X is a solid-state power amplifier module developed by Ampleon USA Inc. for high-frequency RF applications, specifically designed to drive superconducting radio frequency cavities in synchrotron light sources such as Sirius. Operating at 500 MHz, this module integrates advanced LDMOS technology to deliver substantial output power with optimized efficiency. It supports push-pull configurations via planar baluns and is engineered for deep class AB operation. The design focuses on improving heat exchange capabilities and reducing production costs while maintaining robust performance for critical accelerator infrastructure.

Feature Summary

• Engineered for driving superconducting RF cavities in fourth-generation synchrotron light sources
• Optimized for deep class AB operation with push-pull configuration support
• Enhanced thermal management design for improved heat exchange efficiency
• Utilizes advanced LDMOS device technology for superior RF output power

Applications

• Driving superconducting RF cavities in synchrotron light sources
• Booster amplifier systems for particle accelerators
• Storage ring amplifier modules for high-energy physics facilities

Procurement Notes

Verify the specific revision level and integration requirements with existing planar balun designs before procurement. Confirm compatibility with the target synchrotron's RF system specifications, particularly regarding the 500 MHz operating frequency and thermal interface constraints. Ensure that the supply chain documentation aligns with the project's long-term maintenance and production cost reduction goals.

Selection Notes

Select this module when upgrading or building amplifiers for 500 MHz superconducting cavity applications requiring high efficiency and reliability. Consider its compatibility with existing deep class AB operational parameters and the need for optimized heat exchange solutions. Evaluate its role in reducing overall production and maintenance costs compared to previous generation amplifier modules used in similar facilities.

Part Context

This component is part of Ampleon's specialized portfolio for scientific research infrastructure, specifically tailored for the Sirius synchrotron light source project. It represents an evolution from earlier 476 MHz designs, incorporating newer LDMOS devices to enhance performance metrics. The module addresses the specific demands of powering superconducting cavities, reflecting ongoing developments in solid-state power amplifier technology for large-scale scientific instruments.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided data. Replacement should involve verifying technical equivalence with the BLF978P-based predecessors or consulting Ampleon directly for updated module revisions compatible with Sirius infrastructure upgrades.