2R5TPF680ML by Panasonic Electronic Components

Overview of 2R5TPF680ML by Panasonic Electronic Components

The 2R5TPF680ML is a polarized solid polymer tantalum capacitor. It offers a capacitance of 680µF with a capacitance tolerance of ±20%. This capacitor operates at a rated DC voltage of 2.5V and is designed to be mounted on the surface. The component comes in a rectangular 2917 [7343 metric] package with dimensions of 7.3mm in length, 4.3mm in width, and a height of 2.8mm.

Panasonic employs advanced manufacturing techniques to ensure the 2R5TPF680ML reaches its target specs, including a low equivalent series resistance (ESR) of 10 mΩ. This makes the capacitor suitable for high-performance applications that require efficient power usage and stability across a wide range of frequencies. Additionally, this capacitor features a ripple current of 4400 mA, leakage current of 0.17 mA, and operates effectively within a temperature range of -55°C to 105°C, making it robust for various environmental conditions.

As part of the Tantalum Capacitors category, this component is ideal for situations where space is at a premium but performance cannot be compromised. It also aligns with current environmental standards as it is RoHS compliant, bears the Pbfree and Reach Compliance Code, and is designed for long-term reliability, as underscored by its “Active” part lifecycle status and an ECCN Code of “EAR99”.

Industry Applications for 2R5TPF680ML

Potential industry applications for the 2R5TPF680ML are varied, given its high stability and efficiency:

  • Energy and Power Systems: In this industry, the capacitor could potentially be utilized in power supply units and DC-DC converters, where stable voltage and low ESR contribute to efficient power management and reduced heat generation.
  • Transportation and Logistics: The device could potentially be used in power management systems of GPS devices and fleet management electronics, where long-term reliability and tolerance to environmental variations are crucial.
  • Renewable Energy: The capacitor might find potential application in inverters for solar power systems, where robust performance under variable temperatures and high efficiency are needed for optimum power conversion.
  • Automotive: If specific automotive industry standards were met, this part would be ideal in applications such as automotive power systems, where durability and high ripple current capability are essential.

These potential industry applications are conceptual and illustrative and require thorough analysis and verification by engineering and design teams to ensure adherence to specific industry standards and application requirements.

About Panasonic Electronic Components

Panasonic is a significant player in the electronic components industry, with a specialization in capacitors, including Tantalum Capacitors. Their components, including the 2R5TPF680ML, are known for their reliability and performance. Panasonic’s range typically features excellent temperature stability, low ESR, and high durability, making them suitable for high-end and critical applications across various industries.

Beyond the 2R5TPF680ML, Panasonic develops a wide array of capacitors that fulfill different electronic needs, from general-purpose use to specialized industrial applications. The company adheres strictly to quality and environmental standards, ensuring that their products not only meet but often exceed industry specifications.

Where to Find 2R5TPF680ML by Panasonic Electronic Components

To find and purchase the 2R5TPF680ML, findchips.com is an excellent resource. It allows you to compare real-time pricing and stock availability from various distributors. This part has been listed on platforms such as Mouser Electronics, DigiKey, and Newark, among others. For up-to-date information on inventory and the best purchase options, use findchips.com.

To explore alternate parts from Panasonic or other manufacturers, you can also search within the Tantalum Capacitors category.

Compare pricing for 2R5TPF680ML and other Tantalum Capacitors at findchips.com