Overview of 2211YA250222KSTUYX by Knowles Capacitors
The 2211YA250222KSTUYX is a multilayer ceramic capacitor designed for surface mount applications. This capacitor has a capacitance value of 0.0022 microfarads (µF), which can be critical in various circuits where specific capacitance is required. The dielectric material used is ceramic, featuring a temperature coefficient classified under X7R, which indicates that the capacitor is capable of handling an operating temperature range from -55 °C to +125 °C.
With a rated voltage of 250 V, this part is suitable for applications that require a safety capacitor performance, while its 10% positive and negative tolerance levels allow for flexibility in design. The physical dimensions include a height of 2.8 mm, a length of 5.7 mm, and a width of 2.79 mm, which makes it compact and suitable for dense circuit layouts. Additionally, the part is compliant with RoHS regulations, and its active lifecycle suggests that it is currently being manufactured and should be widely accessible in the market.
Industry Applications for 2211YA250222KSTUYX
The 2211YA250222KSTUYX could potentially find applications across various industries due to its characteristics. Here are some possible use cases:
- Energy and Power Systems: This capacitor might be used in energy management systems, potentially in filtering applications where stability for power supplies is required. Its high voltage rating can be beneficial in capacitive voltage dividers, which might be employed in energy monitoring systems.
- Renewable Energy: In solar inverters or wind turbine control systems, the capacitor could serve as a coupling or decoupling element, possibly improving the efficiency of energy transfer. The X7R dielectric ensures reliable performance under fluctuating thermal conditions typically experienced in such environments.
- Automotive Applications: Given that the 2211YA250222KSTUYX complies with AEC-Q200, it might be utilized in automotive electronics, such as in motor control circuits or for signal processing in infotainment systems. Its compact dimensions could aid in fitting within small electronic enclosures common in vehicle design.
- Consumer Electronics: In the design of devices like smartphones and tablets, this capacitor may support signal integrity in RF circuits, given its high voltage and capacitance values. The systematic usage in power regulation circuits might also enhance device performance.
- Industrial Equipment: This component could possibly be used in various forms of industrial control systems, serving functions such as snubber circuits to suppress voltage spikes or act as part of filter networks in heavy machinery electronics.
These potential industry applications are only conceptual and illustrative in nature and require thorough analysis and verification by engineering and design teams for adherence to industry standards and specific application requirements.
About Knowles Capacitors
Knowles Capacitors specializes in the design and manufacture of fixed capacitors, including the 2211YA250222KSTUYX. Known for providing reliable passive components, the company engages in developing multilayer ceramic capacitors that cater to a wide range of applications. Their focus on quality and compliance with stringent industry standards like AEC-Q200 and TUV ensures that products like the 2211YA250222KSTUYX meet the needs of demanding environments. Similar products they manufacture would include capacitors designed for various capacitance values and specifications, enhancing circuit performance in numerous applications.
Where to Find 2211YA250222KSTUYX by Knowles Capacitors
To purchase the 2211YA250222KSTUYX, it is recommended to conduct research on findchips.com, which consolidates distributor offers and current stock levels. This part is part of the Fixed Capacitors category, and you can explore similar options available from Knowles Capacitors or other manufacturers. Historically, distributors such as TTI and others have offered this part, but it is crucial to verify current availability, as stock levels may fluctuate.