Power Management Solutions for Harvesting Systems

EM Microelectronics’ EM8500, EM8502, and EM8900 are integrated smart converters for TEG and photovoltaic sources

Image of EM Microelectronics’ Power Management Solutions for Harvesting SystemsEM Microelectronics’ EM8500, EM8502, and EM8900 power management controllers and converters are designed to simplify designs and to offer efficient operation for multi-source harvesting and storage elements. Only a few external components are needed to cover a wide range of low-power applications. The EM power management solution includes three different products that cover input voltages from a few mV to several V and from small thermal electrical generators (TEG) to multi-solar cells. These devices are available in QFN24 package and DFN10 package.

These integrated low-power converters and power management devices come with a complete and versatile set of development tools including evaluation boards and development kits.

Features
  • Smart power management
  • Optimized for low-cost bill of material and low component count
  • Integrated solution and fully autonomous
  • Low-power solution with low quiescent current and high efficiency
  • Cover a wide range of input voltage
  • Low voltage input operation capability
  • Fast start-up
  • Configurable and flexible
  • EM8900 and EM8502 offering a complete power management chain solution

Power Management Solutions for Harvesting Systems

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
POWER MANAGEMENT CONTROLLER WITHEM8500-A001-LF24B+POWER MANAGEMENT CONTROLLER WITH2449 - Immediate$28.89View Details
POWER MANAGEMENT CONTROLLER WITHEM8502-A005-LF24B+POWER MANAGEMENT CONTROLLER WITH1571 - Immediate$28.89View Details
ULTRA-LOW VOLTAGE DCDC BOOST CONEM8900-V001-DF10B+ULTRA-LOW VOLTAGE DCDC BOOST CON12247 - Immediate$14.74View Details

Development Kit

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
EVAL BOARD FOR EM8500EMDVK8500EVAL BOARD FOR EM85001 - Immediate$3,891.43View Details
Published: 2020-10-09