Low-Voltage Switching & DC Regulation
Budget: $250 – $750 USD
Project Brief (NDA-safe):
We need a skilled electronics engineer to develop a compact modular system that:
Measures current from multiple low-voltage nodes (1–100)
Dynamically groups them into series-connected sets using solid-state switches (MOSFETs or similar)
Routes each group through a buck converter to produce a regulated voltage (e.g., 12V)
Uses a microcontroller or FPGA to manage reconfiguration logic in real time
Key tasks:
Circuit design (sensing, switching, DC-DC regulation)
Component selection (MOSFETs, buck converter ICs, controller, sensors)
PCB layout (dual-sided, thermally stable)
Firmware (basic control logic for measuring and switching)
Skills required:
Analog/digital circuit design
Power electronics (buck converters)
Microcontroller or FPGA firmware
PCB layout and thermal design
Project is pre-NDA; purpose is confidential.
We need a skilled electronics engineer to develop a compact modular system that:
Measures current from multiple low-voltage nodes (1–100)
Dynamically groups them into series-connected sets using solid-state switches (MOSFETs or similar)
Routes each group through a buck converter to produce a regulated voltage (e.g., 12V)
Uses a microcontroller or FPGA to manage reconfiguration logic in real time
Key tasks:
Circuit design (sensing, switching, DC-DC regulation)
Component selection (MOSFETs, buck converter ICs, controller, sensors)
PCB layout (dual-sided, thermally stable)
Firmware (basic control logic for measuring and switching)
Skills required:
Analog/digital circuit design
Power electronics (buck converters)
Microcontroller or FPGA firmware
PCB layout and thermal design
Project is pre-NDA; purpose is confidential.
Related categories:
Electronics
Microcontroller
PCB Layout
Circuit Design
FPGA
Firmware
Embedded Systems