The MCP16301 5V/600mA Low Noise Evaluation Board is used to demonstrate a high voltage input DC-DC converter design, which can deliver high efficiency, while minimizing high-frequency switching noise. The board steps down high input voltages, up to 30V, to a low output voltage, having more than 90% efficiency and a minimum of 30 mV output ripple. High-frequency input/output noise generated by the switching converters can reach high-noise levels that interfere with other devices powered from the same source. The high amplitude of high-frequency noise can disturb some RF systems. High efficiency is achieved with the MCP16301 buck converter by switching the integrated N-Channel MOSFET at a high speed. The evaluation board is optimized for 12V Input and 100 mA load.
Devices Supported: MCP16301
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| MCP16301 Evaluation Board User's Guide | User Guide | Download | ||
| MCP16301 5V/600mA Low Noise Evaluation Board (ADM00433) BOM | Board Design Files | Download | ||
| MCP16301 5V/600mA Low Noise Evaluation Board (ADM00433) Schematics | Board Design Files | Download | ||
| MCP16301 5V/600mA Low Noise Evaluation Board (ADM00433) Gerbers | Board Design Files | Download | ||
| Reduction of the High-Frequency Switching Noise in the MCP16301 High Voltage Buck Converter | Application Notes | Link | Download | |
| MCP16301 Design Analyzer v1.0 | Software Libraries and Firmware | Download |