ZXF36L01W24

ZXF36L01W24 Application Field and Working principle

The ZXF36L01W24 is a high-performance active filter designed for use in circuit boards that require a low-noise, high-frequency signal conditioning. It is ideally suited for applications where noise immunity of low-voltage circuits is required. The filter is based on four separate high-frequency active channels, each with integrated compensation and decoupling capacitors. The filter is capable of filtering out noise frequencies greater than the low frequency response limit, while providing low distortion and low-noise responses.

The filter consists of four distinct channels, each containing a large integrated ZXF36L01W24 filter device and associated passive components. The filter can be wired in series or in parallel to suit the specific application requirements. For noise-sensitive applications, it is advisable to wire the filter in series, as this will provide an extra layer of noise reduction.

The ZXF36L01W24 filter is based on a topology consisting of two series switches, one activated when the voltage on the input and output terminals exceeds a certain threshold. This switching engine can be controlled using the integrated logic circuit, or a dedicated external control circuit. Depending on the application, the logic circuit can also be used to adjust the switching frequency, or to control the filter as a function of frequency.

In addition to the two series switches, the filter contains an active filter core, consisting of two capacitors and an integrated amplifier. The two capacitors block any high frequency signals, while the amplifier amplifies the rest. This active filter core helps reduce noise and distortion, while simultaneously increasing the bandwidth of the filter.

The ZXF36L01W24 is a robust and reliable filter, capable of operating in a wide range of environmental conditions. It is suitable for both industrial and consumer applications, and can be used for a variety of applications, such as noise reduction, signal conditioning, antenna filtering and others.