CA0612MRX7R9BB221

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Capacitor Networks, Arrays

The CA0612MRX7R9BB221 is an multilayer ceramic capacitor network, array or board containing six discrete, surface-mounted capacitors. This series of capacitor networks contains twelve leadless two-terminal capacitors with a common terminal, and each capacitor has over ten end-terminations. The CA0612MRX7R9BB221 is designed for high-density mounting. It has a low equivalent series inductance (ESL), a low equivalent series resistance (ESR) and a frequency-dependent characteristics. In addition, it has a wide range of operating temperatures and a low leakage current.

This capacitor network is suitable for a wide range of applications such as communication and power electronics equipment, power supplies, electronic equipment with switching frequency of up to 500kHz, industrial test and measurement equipment, automotive audio equipment and many other applications. The capacitor network offers an improvement in power quality for these applications, by providing small size, low noise, low voltage, low loss, high stability, no polarity and wide operating temperature range. It can be used for DC/DC converter filtering, bridge rectifier input/output filtering, switching regulator input/output filtering and power electronics equipment bypassing.

Working Principle

The CA0612MRX7R9BB221 utilizes a combination of a multilayer ceramic mono-layer structure and a flexible connecting element. The mono-layer structure is composed of alternating layers of special dielectric material and metal electrodes, and this structure provides very low ESR, low ESL and good mechanical strength. The flexible connecting element connects the end terminations of the capacitors together, providing a fast, reliable and durable connection. The combination of the ceramic mono-layer structure and the flexible connecting element produces a low equivalent series resistance, low equivalent series inductance and a wide frequency-dependent characteristics.

The CA0612MRX7R9BB221 is a stack-up capacitor network consisting of twelve end-terminations. The capacitor network offers a wide frequency-dependent characteristics, as well as a low equivalent series resistance and inductance. It is designed to ensure uniform current distribution and stable voltage. In addition, it is able to function without need for external components in multimode and unified applications or in cases in which the customer requires fewer components. The twelve levels of terminations ensure that it can be connected to any device using two or three pins, enabling it to be used in a variety of applications.

Advantages

The CA0612MRX7R9BB221 capacitor network offers several advantages compared to other capacitor networks. Its low equivalent series resistance and inductance ensure that it is suitable for high-frequency applications. It is also able to operate at high temperatures, allowing it to operate in harsh environmental conditions. Its flexible connecting element ensures that it can be connected quickly and reliably to any device, which reduces the assembly time. Furthermore, its twelve end-terminations offer improved current distribution, which helps reduce the overall electrical losses. Lastly, its frequency-dependent characteristics enable it to be used in a variety of applications.

Conclusion

The CA0612MRX7R9BB221 capacitor network can be used in a variety of applications, including high-frequency communications and power electronics equipment. It has a low equivalent series resistance and inductance, a wide temperature range, high stability, and low voltage, leakage current and noise levels. In addition, its flexible connecting element enables it to be connected quickly and reliably to any device, while its twelve levels of leadless two-terminal capacitors provide improved current distribution. The advantages of this capacitor network make it ideal for applications requiring high performance and reliability.

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