Overview of 742792022 by Wurth Elektronik
The 742792022 by Wurth Elektronik is a Ferrite Bead designed to provide suppression of high-frequency noise in electronic circuits. As a component with a 220 ohm impedance at 100MHz and a maximum DC resistance of 0.05 ohm, it is engineered for applications where effective suppression of noise without significantly affecting the signal quality is crucial. The bead is packaged in an 0805 [2012 Metric] size, making it suitable for compact designs. Its ability to handle up to 2A of DC current makes it versatile for various applications across different sectors. Part of the WE-CBF Series, this product is designed with precision, offering an impedance tolerance of ±25%. Its construction is multi-layer, contributing to its efficiency in reducing electromagnetic interference (EMI) across a broad frequency range, specifically from 100MHz to 300MHz. The part is also RoHS compliant, ensuring compatibility with environmentally friendly manufacturing and product standards.
Industry Applications for 742792022
This Ferrite Bead finds applications across several industries, leveraging its noise suppression capabilities. Potential applications are conceptual and require thorough analysis by engineering and design teams for compatibility and efficiency. Its properties notably benefit the following sectors:
- Computing and Data Storage: Devices such as laptops, servers, and storage systems might incorporate this ferrite bead to manage noise within power and data lines, ensuring stable operation and data integrity.
- Energy and Power Systems: In energy management systems and power supply units, effective noise suppression can contribute to improved efficiency and reliability. The part could be utilized in inverters, converters, and power distribution units.
- Transportation and Logistics: With electrification and advanced electronics being integral to modern transportation systems, including automotive and aerospace, this component could be used in navigation systems, electronic control units (ECUs), and onboard communication devices for noise management.
- Renewable Energy: Solar inverters and wind turbine controllers might leverage this ferrite bead to mitigate noise, enhancing the performance and communication reliability of these systems.
It’s important to highlight that these applications are indices to where the 742792022 could be beneficial, pending detailed assessments by professionals in the field.
About Wurth Elektronik
Wurth Elektronik is a prominent manufacturer of electronic and electromechanical components with a well-established reputation for quality and innovation in the industry. Their range encompasses a wide array of products, including Data Line Filters, of which the 742792022 is a prime example. The company specializes in designing components that enhance the performance and reliability of electronic systems, with a focus on meeting stringent industry requirements and standards. Wurth Elektronik’s approach to manufacturing, characterized by rigorous testing and quality assurance, ensures that their products, including various ferrite beads and filters, meet the needs of diverse applications across sectors. As a leading supplier of Data Line Filters, their portfolio includes an extensive selection of solutions designed to address electromagnetic compatibility (EMC) challenges.
Where to Find 742792022 by Wurth Elektronik
To source the 742792022 Ferrite Bead by Wurth Elektronik, findchips.com offers an efficient platform for researching stock availability and pricing across a wide range of distributors. For those seeking Data Line Filters, findchips.com provides an invaluable resource for comparing alternatives that might better suit specific application requirements, whether from Wurth Elektronik or other leading manufacturers. Historically, the part has been available from distributors including Perfect Parts Corporation, CHIPMALL.COM LIMITED, Chip1Cloud, and Bürklin Elektronik, among others. However, stock levels and availability may vary, so consulting findchips.com is recommended for the most current information.