Overview of 0287002.PXCN by Littelfuse Inc.
The 0287002.PXCN by Littelfuse Inc. is an automotive-grade Electric Fuse designed for use in vehicles, notably supporting a voltage rating of up to 32 VDC and a nominal current of 2A. This fuse is characterized by its fast-acting blow characteristic, meaning it responds quickly to overcurrent conditions, thereby providing immediate protection to the circuit. The fuse dimensions are 19.1 mm x 5 mm x 19 mm, making it suitable for inline or holder mounting configurations.
This product is compliant with RoHS and REACH, indicating adherence to current environmental standards concerning hazardous substances. It’s also certified by standards agencies like CSA and UL, assuring users of its safety and reliability in automotive applications. The construction of the fuse features a Tin (Sn) terminal finish and uses a TAB/BLADE style for terminals, designed for robust connection and easy installation. The nominal operating temperature range for this fuse is from -40 °C to 125 °C, enabling its operation in diverse automotive environments.
Industry Applications for 0287002.PXCN
The 0287002.PXCN fuse, with its specific characteristics and compliance, potentially fits various applications across multiple industries. It’s important to note that these industry applications are conceptual and should be validated by engineering teams for each specific use case:
- Automotive: Given the fuse’s automotive-grade specification, it is potentially suitable for use in vehicle electrical systems, protecting components such as infotainment systems, ECUs, or lighting circuits from overcurrent conditions.
- Consumer Electronics: Devices requiring voltage ratings up to 32V could use this fuse to protect against electrical mishaps. Appliances or tools that are fast-acting might specifically benefit from this component’s rapid response to current surges.
- Industrial Automation: Automated machinery and robotic systems that operate within the given electrical parameters could utilize this fuse for protecting sensitive circuitry from damage due to electrical faults.
- Telecommunications: The telecommunications equipment, especially those that are deployed in environments with variable temperature ranges, might integrate this fuse for safeguarding communication infrastructures.
- Electronic Manufacturing: During the manufacturing of electronic devices, protection against current surges is crucial. This fuse could be used in manufacturing equipment or protection systems within electronic factories.
Note that implementation of the 0287002.PXCN in all these potential applications requires careful analysis and adherence to industry standards and specific requirements.
About Littelfuse Inc.
Littelfuse Inc. specializes in circuit protection with a wide range of offerings, including a variety of Electric Fuses. Known for their commitment to providing advanced engineering capabilities and innovative solutions, Littelfuse is respected globally in the circuit protection market. Their products, like the 0287002.PXCN, are aimed at offering reliability and performance, important in settings that require stringent safety measures and robust protection mechanisms.
The company supports industries ranging from automotive to industrial electronics with products that meet prevailing standards such as CSA and UL. Their robust product lineup includes fuses designed specifically for automotive applications and others that cater to more general circuit protection needs.
Where to Find 0287002.PXCN by Littelfuse Inc
To purchase or analyze further about the 0287002.PXCN, potential buyers should visit findchips.com. By comparing current stock levels and prices across different distributors, buyers can make evidence-based purchase decisions. While historically available at distributors like Waytek, Inc., Mouser Electronics, and DigiKey, the real-time availability and pricing can be checked on FindChips. For those interested in variants or comparing similar fuses from Littelfuse or other manufacturers, browsing through the Electric Fuses category may yield suitable alternatives.