LTC1731EMS8-8.4#PBF by Analog Devices Inc

Overview of LTC1731EMS8-8.4#PBF by Analog Devices Inc.

The LTC1731EMS8-8.4#PBF is an integrated circuit designed for multichemistry battery charging applications. It specifically caters to lithium-ion batteries, functioning as a linear battery charger controller. This component falls within the Power Management Circuits subcategory of Power Circuits. Housed in a compact, plastic MSOP-8 (Mini Small Outline Package) with an overall body size of 3 mm x 3 mm and a pin count of 8, this IC is suitable for applications where board space is limited.

Key specifications include a single charging channel, a supply voltage range from 8.8V to 12V, and an industrial temperature grade (-40°C to +85°C), making it resilient under a variety of environmental conditions. It supports an adjustable threshold and utilizes CMOS technology for efficient power handling. Furthermore, it features moisture sensitivity level 1, securing its performance stability after exposure to moisture during the assembly process.

Industry Applications for LTC1731EMS8-8.4#PBF

The LTC1731EMS8-8.4#PBF could potentially be employed in various industries. Before applying this part to any specific application, proper analysis and validation by engineering teams are crucial to ensure compliance with industry standards and performance expectations.

  • Industrial Automation: This industry demands reliable and long-lasting power management systems. The LTC1731EMS8-8.4#PBF could potentially be used in automated battery chargers for industrial equipment, offering precise control over charging processes, thus enhancing battery longevity and reliability.
  • Energy and Power Systems: In power systems requiring battery backup, effective charging is vital. This IC might be suitable for managing the charging of backup power supplies, ensuring continued operation during power interruptions. Its operating temperature range supports usage in environments with varying climatic conditions, which is often the case in power plants and energy distribution centers.
  • Renewable Energy: For applications like solar-powered devices or portable energy storage systems, maintaining battery health through proper charging is critical. The LTC1731EMS8-8.4#PBF could potentially serve in these systems, managing the energy stored efficiently and safely.

Note that these potential applications are conceptual illustrations only. They require dedicated examination and verification by qualified professionals to ascertain the part’s fit for a specific use.

About Analog Devices Inc.

Analog Devices Inc. is a leading global manufacturer renowned for its broad portfolio in Power Management Circuits and Power Circuits. In the realm of battery management and power regulation technologies, Analog Devices has consistently demonstrated innovation and reliability. The LTC1731EMS8-8.4#PBF is one of their offerings in this sector, designed to enhance the performance and reliability of battery-operated devices by ensuring efficient power management.

Analog Devices Inc. focuses on developing components that match the rigorous demands of modern electronics, offering a variety of similar parts such as battery chargers, voltage regulators, and power controllers, ensuring that high-quality solutions are available for a wide array of applications.

Where to Find LTC1731EMS8-8.4#PBF by Analog Devices Inc

The LTC1731EMS8-8.4#PBF can be researched on findchips.com to locate suppliers and check current stock levels. By looking at the historical availability, distributors such as Richardson RFPD, Verical, Analog Devices Inc, Mouser Electronics, and DigiKey have carried this component previously. However, stock levels and availability may vary, and users should refer directly to findchips.com for the most up-to-date information.

Additionally, Power Management Circuits from Analog Devices Inc or alternative manufacturers can also be explored for further options comparable to the LTC1731EMS8-8.4#PBF.

Compare pricing for LTC1731EMS8-8.4#PBF and other Power Management Circuits / Power Circuits at findchips.com