CA064X223K1RACAUTO

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Capacitor networks and arrays are popular in many scientific, industrial and consumer applications, most notably in electronic components such as ICs and passive components. The CA064X223K1RACAUTO device is a product of this type, comprising of a 7-pin array of radial-leaded capacitors in a plastic body, optimised for industrial applications. This article will explore the CA064X223K1RACAUTO application field and working principle.

CA064X223K1RACAUTO Application Field

The CA064X223K1RACAUTO device is a radial-lead capacitor network ideal for industrial applications. Specifically, it is well-suited for high voltage power applications, such as AC and DC power converters, power supply regulators and high-frequency AC and DC signals. The device features a maximum working voltage of 500V and a capacitance range of 0.022uF to 2.2uF. Furthermore, it offers excellent surge characteristics and a low leakage rate which is ideal for low power dissipation systems.

Aside from industrial applications, the CA064X223K1RACAUTO is also suitable for use in commercial electrical systems and automotive applications. This type of capacitor array is often used to limit inrush current, filter and smooth out voltage signals and reduce noise on power lines. The CA064X223K1RACAUTO has also been developed for use in consumer electronics such as small appliances, computer peripherals and home entertainment systems.

CA064X223K1RACAUTO Working Principle

The CA064X223K1RACAUTO capacitor network utilises a radial-lead arrangement to facilitate ease of soldering and provide optimal heat dissipation. The 7 pins of the device are arranged in a rectangular shape, with each one containing a radial-lead capacitor, optimised for a particular application.

The CA064X223K1RACAUTO also features a proprietary Internal active Transient Suppression System. This system works to suppress transient voltages, eliminating over-voltage spikes and other risks to the connected devices. In educational and commercial settings, this protection system helps extend the lifetime of connected devices, maximising the system’s reliability and safety.

The CA064X223K1RACAUTO also features a temperature-independent dielectric, offering superior resilience to temperature-induced leakage current, a long-term stability factor, and excellent heat resistance. In addition, the device also offers an extremely low ESL, allowing for higher levels of signal fidelity and enhanced performance.

Conclusion

The CA064X223K1RACAUTO capacitor network is an ideal choice for industrial and consumer applications. With its unique radial-lead arrangement and Internal active Transient Suppression System, the device ensures reliable operation and extended product lifetimes. Furthermore, boasting excellent surge characteristics, low leakage rate and superior temperature-independent dielectric, the CA064X223K1RACAUTO offers superior signal fidelity and performance.

The specific data is subject to PDF, and the above content is for reference