Taiyo Yuden EMK107SD822KA-T

Summary of Taiyo Yuden EMK107SD822KA-T 8200pF 16V 0603 Ceramic Capacitor

The Taiyo Yuden EMK107SD822KA-T is a high-reliability chip ceramic capacitor engineered for a range of modern electronic circuits. Featuring an 8200 picofarad (pF) capacitance, a voltage rating of 16V, and a compact 0603 (1608 metric) surface-mount package, this component is developed to deliver dependable performance in applications demanding compact, stable, and high-quality capacitive solutions. The EMK107SD822KA-T supports a tolerance of ±10%, providing the consistency needed for precise signal conditioning, filtering, and decoupling roles.

Primary electrical and physical features of the EMK107SD822KA-T

The EMK107SD822KA-T’s electrical profile reveals its core suitability for signal decoupling, smoothing, and timing circuits. Its 8200pF capacitance at 16V ensures compatibility with low- to medium-voltage rails commonly encountered in consumer electronics, industrial controllers, and communication modules. The device’s ±10% tolerance helps engineering teams meet tight design margins, particularly in analog and RF subcircuits where capacitance drift can impact performance. The capacitor’s ceramic dielectric structure enables low-loss operation and a high degree of frequency stability, particularly when compared to alternative dielectric types.

Mechanically, the EMK107SD822KA-T adheres to leading international standards with its 0603 (1608 metric) footprint, supporting both automated pick-and-place and reflow soldering processes in high-density designs. This form factor simplifies integration into densely populated printed circuit boards where space economy is crucial.

Package information and compatibility with PCB layouts

The EMK107SD822KA-T’s 0603 (1608 metric) package is a staple in modern SMD design, offering a footprint that balances size, thermal efficiency, and ease of handling. Its compatibility with high-speed assembly equipment makes it the preferred choice in mass production environments, while its robust terminations support secure solder joints even through multiple reflow cycles. This footprint’s widespread adoption also means it can be rapidly designed into legacy and new-generation boards alike, easing component procurement and lifecycle management.

Use cases for the EMK107SD822KA-T

Taiyo Yuden’s EMK107SD822KA-T finds application in a broad spectrum of real-world scenarios. In power supply circuits, it acts as a bypass or decoupling element, attenuating high-frequency noise and stabilizing voltage supply lines. Communication interface modules utilize this capacitor in filtering networks to suppress unwanted RF emissions or smooth transient spikes. The EMK107SD822KA-T’s consistent electrical behavior and compact size make it a mainstay in portable device development, industrial sensor nodes, and densely populated microcontroller-based systems.

Alternative or substitute options for the EMK107SD822KA-T

During product selection or procurement phases, it is essential to evaluate possible equivalents or replacements for the EMK107SD822KA-T. Key considerations include matching electrical values (8200pF, 16V, ±10% tolerance), SMD 0603 packaging, and ceramic dielectric technology. Suitable alternatives often come from established manufacturers such as Murata, Samsung Electro-Mechanics, and AVX. Cross-referencing datasheets for temperature coefficient, ESR, and other reliability data is recommended to ensure seamless substitution in safety- or performance-critical designs.

Conclusion

The Taiyo Yuden EMK107SD822KA-T 8200pF 16V 0603 ceramic capacitor stands out as a reliable, well-documented choice for space- and performance-sensitive applications. Product selection engineers and procurement professionals benefit from its standardized packaging, robust electrical characteristics, and wide industry acceptance. When evaluating capacitive components for next-generation electronic systems, the EMK107SD822KA-T merits consideration for its balance of cost efficiency, supply reliability, and technical performance, as well as its compatibility with industry-standard replacements.