2016L030DR by Littelfuse Inc

Overview of 2016L030DR by Littelfuse Inc.

The 2016L030DR is a PTC resettable fuse characterized by its resistance value at room temperature, 2.3 ohms, configured for surface mounting in a CHIP form factor. This component is part of Littelfuse’s Polyswitch 2016L series and is designed to operate at a voltage rating of 60V DC. It supports a holding current of 300mA with a trip current of 600mA. The device’s time to trip is specified at 3 seconds, giving it fast response characteristics. The maximum current rating for this fuse is 20A, indicative of its capability to handle substantial overcurrent conditions temporarily.

This resettable fuse is additionally compliant with various safety and environmental standards such as RoHS, culminating its design for safe and sustainable use in various applications. The component features a robust temperature operating range from -40 °C to 85 °C, making it viable for diverse environmental conditions. The package dimensions are 5.44 mm x 4.43 mm x 1.25 mm, which aligns with the 2016 (5041 metric) PPTC case style, typical for compact and reliable circuit protection solutions.

Industry Applications for 2016L030DR

The Non-linear Resistors category, which includes components like the 2016L030DR, offers flexible protection options for various electronic applications. The following industry applications could potentially benefit from the use of the 2016L030DR:

  • Consumer Electronics: Devices such as smartphones, tablets, and laptops might utilize the 2016L030DR to provide overcurrent protection within their power management systems. The compact size and effective current handling capability of this part make it a suitable candidate for portable and space-constrained devices.
  • Industrial Automation: In industrial settings, where machinery often relies on finely tuned electrical systems, the 2016L030DR could potentially safeguard sensitive components from current surges, helping to prevent costly downtimes and repairs.
  • Computing and Data Storage: Servers and storage systems could use these components to prevent overcurrent situations that could lead to data loss or hardware damage, considering its capability to sustain significant current levels temporarily.
  • Telecommunications equipment: Base stations and networking gear, which require reliable performance over a broad range of environmental conditions, might incorporate such fuses for enhanced protection against overcurrent induced by line surges or other anomalies.

Note that these potential industry applications are conceptual/illustrative and require rigorous analysis and verification by engineering and design teams for adherence to industry standards and specific application requirements.

About Littelfuse Inc.

Littelfuse Inc., a prominent player in the Non-linear Resistors market, and more broadly in Resistors, has developed a reputation for manufacturing robust electronic components that enhance the safety and functionality of electronic systems. The company’s product offerings are vast, with a variety of 2016L030DR being among those tailored specifically for circuit protection through innovative use of polymer technologies. Similar parts produced by Littelfuse are used widely across different industries, benefiting from the company’s commitment to quality and reliability supported by compliance with international standards.”

Where to Find 2016L030DR by Littelfuse Inc.

To procure 2016L030DR, consider researching opportunities on findchips.com. Here, you can access comprehensive stock levels and pricing data from various distributors. Historically, distributors like Mouser Electronics, DigiKey, and TTI, among others, have stocked this component. However, to get real-time information about availability and competitive pricing, it is advisable to check on findchips.com. You can also explore other Non-linear Resistors that might be better suited depending on the specifications or cost requirements for your project.

Compare pricing for 2016L030DR and other Non-linear Resistors at findchips.com