KiCad-focused Power Delivery Network Simulator (2.5D FEM Laplace's Equation Solver)
atx
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KiCad-focused Power Delivery Network Simulator (2.5D FEM Laplace's Equation Solver)
atx
34
KiCad-focused Power Delivery Network Simulator (2.5D FEM Laplace's Equation Solver)
atx
34
KiCad-focused Power Delivery Network Simulator (2.5D FEM Laplace's Equation Solver)
atx
34
KiCad-focused Power Delivery Network Simulator (2.5D FEM Laplace's Equation Solver)
atx
34
KiCad-focused Power Delivery Network Simulator (2.5D FEM Laplace's Equation Solver)
atx
34
Hardware design files for Soleil, an open source power management and sleep control board for Raspberry Pi
The OwnVerter is an open-source 3-phase power converter that can be used to control multiple types of motors and is compatible with different types of sensors.
Open-source high-power 3-phase VSI with independent safety coprocessor, fully isolated gate drives, and node-based codegen configuration tools. Firmware, RTE, and telemetry live in OpenVVVF/RTE.
Open-source high-power 3-phase VSI with independent safety coprocessor, fully isolated gate drives, and node-based codegen configuration tools. Firmware, RTE, and telemetry live in OpenVVVF/RTE.
Open-source high-power 3-phase VSI with independent safety coprocessor, fully isolated gate drives, and node-based codegen configuration tools. Firmware, RTE, and telemetry live in OpenVVVF/RTE.
Open-source high-power 3-phase VSI with independent safety coprocessor, fully isolated gate drives, and node-based codegen configuration tools. Firmware, RTE, and telemetry live in OpenVVVF/RTE.
Open-source high-power 3-phase VSI with independent safety coprocessor, fully isolated gate drives, and node-based codegen configuration tools. Firmware, RTE, and telemetry live in OpenVVVF/RTE.
Open-source high-power 3-phase VSI with independent safety coprocessor, fully isolated gate drives, and node-based codegen configuration tools. Firmware, RTE, and telemetry live in OpenVVVF/RTE.