Overview of RXEF110 by Littelfuse Inc.
The RXEF110 by Littelfuse Inc. is a PolySwitch radial-leaded, resettable fuse designed for through-hole mounting. It operates with a maximum circuit RMS voltage of 72 V and carries a current rating of 1.1A. This PTC (Positive Temperature Coefficient) resettable fuse is particularly noted for its feature of having a maximum resistance (Rmax) of 0.25 ohms at room temperature (20°C). The fuse is specifically categorized under the electronic components subcategory of Non-linear Resistors.
The part is presented in a disk package with radial style packaging, measuring 17.5 mm in height, 12.8 mm in length, and 3 mm in width. It has two terminals with a matte tin (Sn) finish and is notable for its compliance with multiple safety and environmental standards, including RoHS, REACH, and has an operational temperature range from -40°C to 85°C, making it adaptable to varying environmental conditions.
Industry Applications for RXEF110
The unique properties of the RXEF110 by Littelfuse Inc. offer potential utility across an array of industries. Below are examples of how this component might be used in various industry settings. It is important for industry professionals to verify and analyze these applications in full to ensure compliance with specific standards and requirements:
- Consumer Electronics: In consumer electronics, devices such as overcurrent protection in power supplies, battery packs, and wearables could potentially benefit from the inclusion of the RXEF110. The fuse’s ability to reset itself after an overcurrent event helps in protecting delicate circuits in gadgets frequently susceptible to such conditions.
- Computing and Data Storage: Computing systems and data servers which require consistent uptime may utilize components like the RXEF110 to prevent unexpected power surges from causing significant hardware damage. Its high voltage rating and thermal endurance make it a plausible choice for safeguarding critical infrastructure.
- Industrial Automation: In automation equipment, consistent performance and protection against electrical anomalies are crucial. The RXEF110 could potentially be implemented to secure sensitive control systems and robotics from overcurrent risks, considering its operational temperature range and robust build.
- Telecommunications: Telecommunication equipment, which requires high reliability in variable environmental conditions, might incorporate the RXEF110 to protect against circuit overloads, which are common due to fluctuations in signal transmission power levels.
This list illustrates conceptual applications and should be preliminarily treated. Further in-depth consideration by engineering teams is essential before definitive use.
About Littelfuse Inc.
Littelfuse Inc. is a leading manufacturer of Non-linear Resistors, having a broad array of components catering to myriad circuit protection needs. Littelfuse prides itself on offering robust safety solutions which include a variety of fuses, such as the RXEF110 and similar parts. These components are routinely implemented across diverse sectors, whether in basic electronic units or complex machinery requiring detailed circuit protection measures. Littelfuse’s commitment to quality and compliance is evident in the detailed specification and certifications accompanying products like the RXEF110, ensuring that the solutions are not only effective but also adhere to global standards.
Where to Find RXEF110 by Littelfuse Inc
To locate and purchase the RXEF110, one should utilize reliable electronics component websites such as findchips.com. By searching for RXEF110 on findchips.com, prospective buyers can assess current stock levels and compare pricing across various distributors. Historically, the part has been available from distributors such as DigiKey, Mouser, TTI, and Farnell, among others. However, for real-time availability and competitive pricing, checking on FindChips is highly recommended. It is also possible to find alternative Non-linear Resistors offered by Littelfuse or other manufacturers through this link.