1175LP15A0550E Filters

RF Filters are widely used for various applications, and the 1175LP15A0550E filter is no exception. This filter has a relatively high upper-side rejection, which makes it well-suited for use in a variety of applications, such as radio frequency identification (RFID), WiFi systems, and low-power broadcast transmitters and receivers.

The 1175LP15A0550E filter has an impressive rejection performance, with a maximum insertion loss of 0.6dB, indicating nearly perfect suppression. This level of rejection performance is achieved by carefully controlling the conductor spacing within the filter. The filter is typically offered with gold-clad connectors, though other types of connectors are available upon request.

The 1175LP15A0550E filter utilizes a microstrip structure to realize a high-performance bandpass topology, which consists of a series of resonators connected by microstrip tranmission lines. Theoretically, this type of filter should provide an infinitely sharp response, though in practice, the response is limited by the conductor size, dielectric constant, and other parasitic elements. The design of the filter also takes into account the fact that the dielectric constant of the substrate material has a direct and significant effect on the response of the filter.

The 1175LP15A0550E filter is constructed using a multi-stage design, which allows the filter to achieve a large passband as well as wide bandwidth. This type of filter also provides a very low input and output impedance, which allows for very efficient power transfer. Additionally, the filter has a relatively low insertion loss, allowing for minimal signal degradation.

Overall, the 1175LP15A0550E filter is a highly versatile filter, providing high-performance rejection and power transfer in various types of applications. Its design ensures that the filter provides excellent rejection performance with minimal signal loss. Additionally, the filter\'s wide bandwidth and low input and output impedance make it well-suited for high-powered applications, such as seismic surveying and airport operations.