0402ZJ0R3CBWTR

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Thin Film Capacitors are used in a variety of applications, including filtering, signal processing, noise reduction, and switching. The 0402ZJ0R3CBWTR is a thin film capacitor that combines high capacitance stability and low parasitic inductance, making it ideal for these applications.

Application Field: The 0402ZJ0R3CBWTR is typically used as a coupling capacitor in signal processing circuits, allowing only the useful signal to pass and blocking the DC bias and interference signals. In noise reduction, the 0402ZJ0R3CBWTR helps in reducing conducted emissions and spurious radiation. The 0402ZJ0R3CBWTR is also used in signal coupling, signal level changing, and switching circuits.

Working Principle: The 0402ZJ0R3CBWTR capacitor is constructed by depositing a dielectric film of approximately 0.1 μm thick between two metal electrodes of nickel patterns. The construction of the 0402ZJ0R3CBWTR offers low parasitic inductance, making it suitable for high frequency applications. The dielectric film is made up of stable and uniform films that prevent unexpected dielectric losses. The 0402ZJ0R3CBWTR also features a low equivalent series resistance (ESR) and self-resonant frequency that can reach 10GHz.

Furthermore, the 0402ZJ0R3CBWTR has excellent temperature stability, which makes it suitable for applications that require reliable performance in extreme temperature environments. The 0402ZJ0R3CBWTR also features excellent voltage breakdown, low dielectric absorption, and low leakage current. These features provide a longer life and low power consumption, making the 0402ZJ0R3CBWTR an ideal choice for power applications.

In conclusion, the 0402ZJ0R3CBWTR thin film capacitor is an ideal choice for a variety of applications, including signal processing, noise reduction, and switching. Its construction and performance make it suitable for high frequency applications and reliable performance in extreme temperature environments. Furthermore, its excellent voltage breakdown, low dielectric absorption, and low leakage current provide a longer life and low power consumption.

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