Overview of CK45-B3DD152KYIDN
The CK45-B3DD152KYIDN, a product of TDK Corporation, stands as a testament to the company's innovative approach in the electronic component sector. This item belongs to the family of multilayer ceramic chip capacitors (MLCCs), which are essential for smoothing, filtering, and decoupling in electronic circuits. The CK45-B3DD152KYIDN is particularly noted for its high endurance and capacity to perform under various operational demands, illustrating TDK's commitment to advancing technology and quality.
Key Features
Key attributes that set the CK45-B3DD152KYIDN apart include:
- A substantial capacitance value of 1500pF, vital for systems that require high capacitance levels for efficient operation.
- A robust operating temperature spectrum from -25°C to +85°C, suitable for applications operating within standard temperature ranges.
- Dimensions conforming to the 3225 package size, providing a balance between space-saving and performance capabilities.
- Dielectric material formulated for stability, contributing to its reliability under varying operational conditions.
Applications
The CK45-B3DD152KYIDN is designed for adaptability and resilience, making it an appropriate component for numerous uses, including:
- Power supply units, where it can contribute to smoothing and filtering operations.
- Consumer electronics such as gaming consoles and home appliances, where dependable and consistent performance is required.
- Industrial machinery, benefiting from its high capacitance and stability in a wide range of operating conditions.
- Automotive systems, particularly in non-critical areas that fit within its temperature and performance specifications.
Quality and Reliability
TDK Corporation's legacy of delivering high-quality, reliable components is embodied in the CK45-B3DD152KYIDN. This capacitor is manufactured adhering to rigorous industry standards, ensuring resilience and a prolonged lifespan across a spectrum of environments and applications. By integrating this capacitor into their systems, users gain assurance in the constant performance and dependability of their electronic components.