EH300

Power Management - Specialized Overview

The EH300 is an energy harvesting module manufactured by Advanced Linear Devices. It functions as a power management unit designed to interface with low-voltage input sources, such as those from the EH4295 booster module. The component is part of the EH300/EH301 series and utilizes rectangular cable assemblies for connection. It serves as a primary load driver in energy harvesting systems, converting harvested energy for storage or direct use.

Power Management - Specialized Feature Summary

• Designed specifically to interface with EH4295 Micropower Step Up Low Voltage Booster Modules
• Part of the EH300/EH301 series for energy harvesting applications
• Accepts AC outputs directly from booster modules via two-wire cables

Power Management - Specialized Applications

• Energy harvesting system integration
• Trickle-charge applications for batteries
• Super-capacitor charging circuits

Power Management - Specialized Procurement Notes

Verify manufacturer designation as Advanced Linear Devices. Confirm compatibility with EH4295 boosters. Check RoHS compliance status. Ensure correct cable assembly pairing (e.g., EHJ2C, EHJ3C). Validate supply availability through authorized channels.

Power Management - Specialized Selection Notes

Select based on compatibility with EH4295 output specifications. Consider integration with EH301 variants if pinout differences exist. Evaluate required cable assemblies for physical connection. Ensure application matches energy harvesting rather than standard power conversion.

Power Management - Specialized Part Context

The EH300 belongs to the EH300/EH301 series of energy harvesting modules. It is often evaluated alongside the EH4295 booster module using development kits like the EH4295/EH300KIT. The module relies on external boosters for voltage conversion before processing.

Power Management - Specialized Replacement Considerations

No public confirmed substitute part numbers are available. The EH301 is a related series member but requires verification of functional equivalence.