Overview of CGA4J1X7R1H475K125AE by TDK Corporation
The CGA4J1X7R1H475K125AE is a multilayer ceramic capacitor (MLCC) from TDK Corporation, designed for surface mounting on printed circuit boards. This capacitor features a capacitance of 4.7 μF with a dielectric characteristic of X7R, providing stable electrical characteristics within a temperature range of -55°C to +125°C. It operates under a rated voltage of 50V and comes in an 0805 (2012 metric) package size, with dimensions of 2.0mm in length, 1.25mm in width, and 1.25mm in height. Tolerance levels for this component are set at ±10% for both positive and negative deviations, making it a versatile option for various electronic applications. The component also adheres to the AEC-Q200 standard, denoting its reliability for use in automotive environments among others. Additionally, it is RoHS compliant, meets the REACH compliance code, and falls under the ECCN code “EAR99” for export control. It’s designed to be mounted by surface mount technology (SMT) and packaged on tape and reel for efficient assembly processes.
Industry Applications for CGA4J1X7R1H475K125AE
Given its specifications and compliance standards, the CGA4J1X7R1H475K125AE by TDK Corporation can potentially serve a wide range of industry applications. Please note, these potential applications are conceptual and require an analysis by engineering and design teams to ensure compatibility and adherence to specific requirements. Potential use cases could include:
- Internet of Things (IoT) devices, where the component’s compact size and stability over a wide temperature range might be critical for sensors and wearable technologies.
- Industrial Automation systems, potentially needing the high reliability and temperature resilience of the X7R dielectric characteristic for control circuits and power management modules.
- Healthcare electronics, where the precision and stability offered by the CGA4J1X7R1H475K125AE could be essential for medical devices requiring consistent performance over varying environmental conditions.
- Renewable Energy installations, such as solar inverters or wind power converters, which could benefit from the component’s robustness and longevity in harsh environmental conditions.
- Robotics and Drones, where the component’s ability to handle temperature changes and provide stable capacitance can be important for control electronics and power distribution networks.
These potential industry applications are illustrative and should be validated for specific design requirements and compliance with industry standards.
About TDK Corporation
TDK Corporation is a global leader in the electronics industry, particularly known for its extensive range of electronic components, including a comprehensive lineup of Fixed Capacitors. The CGA4J1X7R1H475K125AE is part of TDK’s strong portfolio in this category, showcasing their commitment to producing high-quality, reliable capacitors for a wide array of applications. TDK’s expertise in ceramic capacitor technology, as evidenced by their offerings in the CGA series and similar parts, positions them as a key supplier for industries requiring components that offer stability, reliability, and performance. As an established manufacturer with a commitment to innovation, TDK continues to set benchmarks in the capacitors market, making their products a preferred choice for engineers and procurement specialists worldwide.
Where to Find CGA4J1X7R1H475K125AE by TDK Corporation
To source the CGA4J1X7R1H475K125AE capacitor and explore alternatives within the category of Fixed Capacitors, findchips.com is an essential resource. It provides current stock levels, datasheets, and pricing from multiple distributors. Historically, this part has been available from Distributors such as New Advantage Corporation, Avnet Asia, Avnet Abacus, Chip 1 Exchange, and Sensible Micro Corporation, among others like TME, TTI, Verical, Future Electronics, Arrow Electronics, Mouser Electronics, Avnet Americas, DigiKey, and Newark. To ensure access to the latest availability and pricing information, visiting findchips.com directly is highly recommended.