Overview of NCB-H0603R221TR200F by NIC Components Corp.
The NCB-H0603R221TR200F by NIC Components Corp is a ferrite chip designed as a single-function data line filter with notable features including a high impedance of 220 Ohm and a maximum DC current rating of 2A. Manufactured in compliance with ROHS standards, this component is packaged in a standard 0603 [1608 metric] ferrite case, which is widely used due to its compact size. The dimensions are particularly small, with lengths, widths, and heights all measuring just 1.6mm, 0.8mm, and 0.8mm respectively. Its maximum DC resistance is constrained to a low 0.1 Ohm, and it offers an impedance tolerance of ± 25%. The filter operates efficiently within a broad temperature range from -40°C to 125°C. Notably, this product is a part of NIC Components Corp’s NCB-H Series, known for its efficacy in suppressing high-frequency noise in power lines and data transmission networks.
The NCB-H0603R221TR200F is classified under the category of Data Line Filters, and its packaging method is tape and reel, specifically in an embossed plastic, 7-inch format. Additionally, its terminals are finished with matte tin over a nickel barrier, emphasizing its durability and solderability. Notably, the part is marked with the EAR99 ECCN code and has an HTS Code of 8504.50.80.00. The factory lead time for this item is approximately 20 weeks as of the current writing.
Industry Applications for NCB-H0603R221TR200F
The NCB-H0603R221TR200F could serve multiple industries due to its versatile characteristics. Below are possible use cases across diverse sectors, keeping in mind that these applications require analysis and verification by appropriate engineering and design teams for specific requirements and compliance:
- Telecommunications: The part could potentially be used in equipment for noise suppression on data lines, crucial for maintaining signal integrity in network communication devices like routers and switches.
- Consumer Electronics: In consumer electronics, this ferrite chip might be integrated into devices such as laptops, smartphones, and tablets to enhance the quality and performance of data transfer by mitigating interference.
- Computing and Data Storage: Given its capacity to sustain a high DC current rating, the NCB-H0603R221TR200F could be used in server power supplies where stable and noise-free power distribution is crucial.
- IoT and Smart Devices: In the growing industry of IoT, these chips might be used in smart home devices and IoT sensors to protect from electromagnetic interference, thus ensuring reliable operation even in environments with significant electronic noise.
Note: These potential application ideas are conceptual and must be validated through thorough testing and compliance checks.
About NIC Components Corp.
NIC Components Corp. specializes in a broad portfolio of electronic components, with a strong focus on Data Line Filters. Their products, including the NCB-H0603R221TR200F, underscore a commitment to providing solutions that enhance the performance and reliability of electronic systems. NIC Components Corp’s range of filters, especially in data line filtering, is crafted to meet rigorous industrial standards, affirming their trustworthiness and quality in various applications. Their products are typically recognized for their robustness, precise manufacturing, and innovative design, addressing the evolving needs of modern electronics manufacturing and development.
Where to Find NCB-H0603R221TR200F by NIC Components Corp
To procure the NCB-H0603R221TR200F, it is advisable to utilize platforms like findchips.com for the latest inventory updates and pricing details. Historically, this part has been available from distributors such as Chip1Stop, Avnet Abacus, Future Electronics, Avnet Americas, and Newark. However, potential buyers should verify current availability directly through findchips.com, which also offers the ability to browse a wide variety of other Data Line Filters that might be provided by NIC Components Corp or other manufacturers, suited to different applications.