D6PF1G960M3B6-Z

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RF Diplexers are devices which are used to sort out signals in the wireless communication networks. They are used to filter the higher-frequency signals from the lower-frequency signals, and as signal divider to isolate different frequency signals. D6PF1G960M3B6-Z is one of the RF Diplexers produced to meet the needs of low-noise applications which demand wide bandwidth, low insertion loss and high selectivity.

Application Field

D6PF1G960M3B6-Z Diplexers are designed to provide excellent performance in the frequency band of 960 MHz. It is commonly used in wireless communication networks to separate or combine signals or bands of frequencies or for selecting a particular frequency band from the combination. This allows the system engineers to work easily in the system architecture design.

The D6PF1G960M3B6-Z diplexer also provides excellent emissions performance in the adjacent bands, meaning that they can be used in applications with stringent requirements. It offers superior isolation in the operating range of frequency band, meaning that it can be used for systems with multiple frequency bands without interference.

The devices are also widely used in antenna design for wireless communication systems. Many of the devices are designed with low insertion loss and high power handling which make it suitable for antenna designs with linear polarization.

Working Principle

The D6PF1G960M3B6-Z diplexer works by sorting signals based on frequency bands. The device has two ports which simultaneously accept two different bands of frequencies. The frequencies are divided by the diplexer and routed to the two output ports. The device has specified frequency bands which are accepted and routed but can still provide excellent noise tolerance in other bands so that the signals which are routed do not suffer from interference.

The diplexer is also designed to have a wide bandwidth and low insertion loss. This ensures that the signals routed from the diplexer do not suffer from a significant attenuation in the signal strength which would otherwise reduce the overall performance of the system. The wide bandwidth also ensures that the device does not suffer from unwanted interference from other frequency bands.

The D6PF1G960M3B6-Z diplexer is also designed for high selectivity which ensures that signals which are sent to the output ports do not suffer from unwanted frequency interference. The device ensures that signals with the exact set of frequencies are routed and the unwanted frequencies are filtered out.

In conclusion, the D6PF1G960M3B6-Z diplexer is a versatile device which can be used in low-noise applications which demand wide bandwidth, low insertion loss and high selectivity. The device is designed to have a wide frequency range and is suitable for antenna designs with linear polarization. The diplexer works by sorting signals based on frequency bands which allow it to provide superior isolation in the operating range of frequency band. The device also has excellent noise tolerance and is designed for high selectivity.

The specific data is subject to PDF, and the above content is for reference