Specifications
Power Input
Mounting Holes
Dimensions
Weight
Max Current
Edison - 120A 14S PDB
AE-1T8A3
Edison is a high-power, solderless power distribution board (PDB) engineered for professional autonomous and embedded systems that require clean power routing and high current capacity. Supporting a wide 3S–14S LiPo input range (10–60 V), Edison features dual battery input screw terminals that enable flexible redundant or parallel supply configurations. The board integrates independent 5 V/3 A and 12 V/3 A buck regulators to deliver isolated, stable power to compute modules, control electronics, sensors, and peripherals. With a robust copper layout capable of up to 120 A continuous current and multiple high-current output terminals, Edison simplifies wiring and subsystem distribution while maintaining reliability. The solderless screw-terminal design supports professional or field-serviceable builds without compromising performance, and integrated analog voltage and current sensing enables accurate telemetry and power monitoring.
Specifications
Power Input
Mounting Holes
Dimensions
Weight
Max Current
Edison - 120A 14S PDB
High-Current Power Distribution
Edison is engineered for systems with substantial power demands, supporting up to 120 A continuous current through a robust, high-copper-weight PCB layout. Multiple high-current screw-terminal outputs allow clean distribution to propulsion systems, compute platforms, and auxiliary subsystems without additional distribution hardware. The architecture is optimized to reduce resistive losses, improve thermal performance, and maintain stable power delivery under sustained load.
Solderless Integration
Edison features dual battery input screw terminals and high-current output terminals that enable fully solderless integration. This significantly reduces assembly time, simplifies maintenance, and supports rapid field replacement when required. The screw-terminal architecture ensures secure electrical connections while eliminating the variability and rework risk associated with high-current solder joints, making it well suited for professional and field-deployed systems.
Stable, Regulated Outputs
The board integrates independent 5 V / 3 A and 12 V / 3 A buck regulators, providing clean, stable power rails for compute modules, control electronics, sensors, and communication systems. In addition, analog voltage and current sensing are built in, enabling accurate telemetry, power budgeting, and fault diagnostics. By consolidating regulation and monitoring within the distribution layer, Edison reduces subsystem count while improving system visibility and operational reliability.