Overview of MPZ2012S102ATD25 by TDK Corporation
The MPZ2012S102ATD25 is a ferrite bead, part of TDK Corporation’s MPZ series, featuring an impedance of 1 kohm and the ability to handle a DC current rating of 1.5A. This component is enclosed in an 0805 package size, aligning with the EIA standard, and encompasses a two-pin configuration. Its key attributes include a maximum DC resistance of 0.15 ohm, an impedance tolerance of ±25%, and dimensions of 2mm in length while remaining RoHS compliant, reflecting its adherence to strict environmental standards. Notably, this ferrite chip is designed for surface mounting, extending its application feasibility in various compact device integrations.
This electronic component is listed under the Data Line Filters subcategory of filters and is notably active in the market lifecycle phase, confirming its ongoing production and support by the manufacturer. Furthermore, it enhances its relevance and adaptability in rugged applications with its AEC-Q200 qualification, showing suitability for automotive environments under stipulated conditions. Its practical temperature range from -55°C to 125°C additionally broadens its operability across different ambient conditions.
This filter type, being a ferrite chip, is commonly utilized for suppressing high-frequency electromagnetic interference (EMI) and maintaining the integrity of signals in electronic circuits. This makes it especially valuable in densely packed electronic assemblies where space and functionality are paramount.
Industry Applications for MPZ2012S102ATD25
The MPZ2012S102ATD25 ferrite bead’s features enable it to be potentially utilized in several advanced technological applications. Below are illustrative scenarios within selected industry applications:
- Internet of Things (IoT): In IoT devices, minimizing interference is crucial due to their reliance on stable and continuous data communications. The MPZ2012S102ATD25 could potentially be used to filter out noise on data lines and power supply connections, ensuring more reliable performance of smart home devices, wearables, and connected sensors.
- Environmental Monitoring: Devices used in environmental monitoring often operate in varying and potentially harsh climatic conditions. The robust operational temperature range and the EMI suppression capabilities could make the MPZ2012S102ATD25 suitable for use in outdoor monitoring equipment.
- Financial Technology (Fintech): In fintech applications like ATMs and mobile POS machines, maintaining signal integrity and device functionality is essential. The MPZ2012S102ATD25 might be used in these electronic components to protect against signal corruption caused by external noise sources.
These industry applications are only speculative and should be subjected to rigorous validation by respective engineering and design teams to comply with specific application needs and industry regulations.
About TDK Corporation
TDK Corporation is a prominent global manufacturer specializing in electronic components, including a vast range of Data Line Filters that address various industrial needs. TDK’s legacy in the development of electronic components, including filters, is marked by innovation and adherence to high-quality standards. The MPZ2012S102ATD25 is one of several similar parts manufactured by TDK, characterized by its reliability and performance in suppressing electromagnetic interference and ensuring the performance of electronic circuits across a spectrum of applications.
Where to Find MPZ2012S102ATD25 by TDK Corporation
To source the MPZ2012S102ATD25, potential buyers are advised to visit findchips.com and navigate to the specific component page. For alternatives and similar components from TDK Corporation or other manufacturers, the Data Line Filters link provides a comprehensive list and comparison platform. Historically, distributors such as Win Source Electronics, Chip1Stop, and DigiKey have stocked this component. However, users should check current availability and pricing directly on findchips.com to find the most updated information.