D6PE2G140P3AW-Z

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RF diplexers are complex components in the radio frequency (RF) circuitry, and the D6PE2G140P3AW-Z is no exception. They are usedto separate two different frequency bands and importantly help reduce radio interference. This application-specific diplexer isdesigned to provide multi-band cellular diversity for 4G/LTE and 5G base stations

Design Principle

D6PE2G140P3AW-Z diplexers are designed to perform filtering, isolation, and power division in the 300 – 6000 MHz frequency range. The diplexer has a low pass filter, band pass filter, and high pass filter that all work together to achieve the desired performance. The low pass filter is responsible for attenuating signals delivered from the transmitter to the antenna, while the high pass filter is designed to prevent any back-reflected energy from the antenna from re-entering the transmitter. Meanwhile, the band pass filter is designed to prevent interference from other transmitters and signals.

This model also includes an isolation port block, which is essentially a vibration terminal block for exceptional mechanical strength. It facilitates reliable connections, as well as easy maintenance and replacement in the field. Moreover, the D6PE2G140P3AW-Z diplexer has a surface-mounted design that makes it suitable for harsh environments.

Performance Parameter

D6PE2G140P3AW-Z diplexers typically offer exceptional performance, with insertion loss of up to 1.35 dB, isolation of up to 37 dB, and VSWR of up to 1.20:1.

These components also have a remarkable power handling capacity thanks to the robust connector blocks. The design is rated for up to 10 Watts of input power, and peak output power of up to 100 W.

Applications

D6PE2G140P3AW-Z diplexers are increasingly being used in 4G/LTE and 5G base station applications. Similarly, they are perfectly suitable for military, broadcast, and satellite communications, as well as Site-To-Site link applications.

These components help mitigate interference between different frequencies by working as a multi-band cellular diversity component. Thanks to their robust design, they are also suitable for most outdoor and hostile environments.

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