CKCL22X5R1H473M085AA

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Capacitor networks and arrays are a type of electrical component used to store and release electrical energy as required. CKCL22X5R1H473M085AA is a type of capacitor network and array. It is a miniaturized broadband passive integrated circuit that provides isolation, tuning, and signal routing.

The CKCL22X5R1H473M085AA capacitor network consists of five capacitors connected in series and paired with a resistor. The first three capacitors are ceramic three-way type, the fourth one is a chip capacitor, and the fifth is an electrolytic capacitor. The resistor has a resistance of 473 M ohms. This resistor helps to provide the proper impedance match and frequency roll-off. Additionally, the capacitors are thermally and mechanically coupled to the substrate to help reduce electromagnetic interference. This reduces the overall inductance of the network and improves performance.

The CKCL22X5R1H473M085AA capacitor network produces low power level impedance presents low insertion loss across the frequency band. It is used in Ethernet networks, wideband radios, satellites, and other applications. This type of capacitors is also suitable for impedance matching, signal routing, decoupling, and feedback circuits. Additionally, these networks can be used to achieve balanced attenuation, filtering, and noise control.

The working principle of the CKCL22X5R1H473M085AA capacitor network is based on capacitive reactance. This reactance governs the relationship between the capacitor’s impedance and frequency. As the frequency increases, the capacitive reactance decreases, and as the frequency decreases, the capacitive reactance increases. On the other hand, resistive components such as the resistor in the CKCL22X5R1H473M085AA network do not change their impedance with respect to frequency. Their impedance remains constant over all ranges of frequencies.

In the CKCL22X5R1H473M085AA capacitor network, the capacitors are wired in parallel to the resistor. This configuration provides an optimal balance of impedance and improves frequency response. By matching the impedance at each transition point of the frequency ranges, the capacitor network produces lower insertion losses and improved efficiency. Furthermore, this network responds to input signals efficiently across a broader range of frequencies due to its optimized design.

The CKCL22X5R1H473M085AA capacitor network is a highly efficient miniature component capable of providing high-speed performance in a wide range of applications. It is suitable for use in high-frequency electronics including Ethernet networks, wideband radios, satellites, and feedback circuits. The filter networks assembles a low power level impedance which presents a low insertion loss across a frequency band. This makes the CKCL22X5R1H473M085AA capacitor network an ideal choice for high-precision and high-performance applications.

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