EZA-ST23AAAJ Filters

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The EZA-ST23AAAJ filter is classified as an EMI/RFI filter and is designed to reduce, block or absorb any exposure to electromagnetic or radio frequency interference (EMI/RFI). EMI/RFI filters are a type of passive filter which use a combination of inductors and capacitors in a circuit topology designed to reduce electromagnetic noise on a signal line. This type of filter, often referred to as an LC network, is very common in applications such as signal synthesizers, medical instruments, computer storage, data transmission, and any other environment where the increased risk associated with interference is a potential concern.

The EZA-ST23AAAJ filter has been designed for specific applications which require and accept only filtered input and output signal types. In this regard, the inductance and capacitance values have been specifically chosen for the filter to work effectively in the target environment. This specific model comes in a single, 8-pin configuration which makes it suitable for a wide range of applications. Additionally, the filter is also available in 2, 4 and 5 pin configurations as needed. The filter is capable of working with frequencies up to 150Mhz and has an insertion loss of less than -3dB, making it one of the most efficient filters in its class.

The working principle of the EZA-ST23AAAJ filter is based on the combination of traditional LC filter topologies with unique levels of impedance matching. This combination provides a maximum attenuation of RFI/EMI and allows the filter to reduce the noise of signals travelling through it. By providing effective shielding and filtering of inputs and outputs, the filter can help protect the circuit it is installed in from damage or degradation due to the effects of EMI/RFI.

The EZA-ST23AAAJ filter is a great choice for applications where the reduction and filtering of EMI/RFI is a necessity. Its effective but efficient design coupled with its availability in multiple configurations makes it a great choice for both commercial and military applications. The dual impedance matching is a unique feature which allows it to be used in a wide variety of applications with minimal effect on the original signal. With its broad frequency range, the filter is sure to be a reliable resource in any environment.

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