MCP Openems
未认领MCP server wrapping openEMS 3D FDTD for AI-assisted antenna and RF-structure design — patches, dipoles, horns, helices, microstrip, coupled lines, via transitions.
ai-agentsantennaelectromagnetic-simulationfdtdmcpmcp-servermodel-context-protocolopenemsrf-engineering
安装
$
claude mcp add openems -- uv run --directory /path/to/mcp-openems mcp-openems更多AI & ML服务器
浏览完整目录安全概况
已认领和已认证的服务器每周接受一次静态扫描，显示代码能触及的范围（外部服务、环境变量、shell 命令、代理配置目录）以及带有已知公告的依赖。认领此列表即可获得。 安全概况的工作原理
9 个工具中显示 9 个
文档中列出的工具 (9)
内容来自项目文档。服务器握手不会验证每个工具的说明或行为。
calculated
Derived parameters (impedance, gain estimates)
design_id
UUID for referencing the design
dimensions
Calculated physical dimensions in mm
geometry
OpenEMS-compatible geometry specification
openems_create_dipole
Half-wave dipole antenna
openems_create_helix
Axial-mode helix for circular polarization
openems_create_horn
Pyramidal horn antenna for specified gain
openems_create_monopole
Quarter-wave monopole over ground plane
openems_create_patch
Microstrip patch antenna (WiFi, GPS, satellite)