ACPF-8125-QC1 Filters

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ACPF-8125-QC1 RF Filters are high performance devices designed to provide the pass band filter capabilities required for a variety of applications in the RF industry. This filter is constructed with 4 metal layers on 1 printed circuit board, making it small, lightweight and easy to install. They are usually used in a variety of systems such as mobile phones, satellites and wireless communication systems.

The ACPF-8125-QC1 is composed of a frequency-selective network. This is designed with a combination of capacitors, inductors, resistors, and antennas to create an impediment bandpass filter. The main purpose of this filter is to reduce the interfering signals that are outside the desired frequency range. The filter offers high Q factor and low insertion loss for frequency range from 2 GHz to 8.5 GHz.

The application fields of the ACPF-8125-QC1 RF filters are found in a variety of wireless technologies, including mobile cellular phones, cellular base station antennas, radio/video broadcast receivers, GSM systems and WiFi access points. This filter is used in the transfer of signals between multiple communication links and for controlling the noise emitted from the system. This filter also can be utilized to reduce interference from harmonics, out-of-band signals, and other similar sources.

The working principle of the ACPF-8125-QC1 RF Filters is based on its design as a 4 separate metal-layer distributed filter. Each metal layer serves a different role in the filtering process. The top layer contains components such as inductors and capacitors to form the transmission line structure. The second and third layers are used for tuning of the filter response and matching of the transmission lines. Finally, the bottom layer is used as a ground plane to absorb the energy outside the pass band. The filter is designed to reduce the interference from outside the desired frequency range.

The ACPF-8125-QC1 filter can operate in a range of temperatures from -40°C to +85°C, and it has a high power handling capacity of 10W. This filter also comes with an insertion loss of less than 0.4db, return loss of greater than 25dB, and a high passband attenuation of up to 30dB. This filter is suitable for use in a variety of applications.

In conclusion, ACPF-8125-QC1 RF Filters are high performance devices which can be used in a variety of wireless communication systems, such as mobile phones, satellites and wireless communication systems. The ACPF-8125-QC1 is composed of a frequency-selective network that can provide a pass band filter with high Q factor and low insertion loss. This filter also operates in a wide range of temperatures, offers high power handling capabilities, and has excellent return loss, insertion loss, and passband attenuation. As such, the ACPF-8125-QC1 is an ideal choice for a variety of RF filter applications.

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