ACMD-6107-TR1

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RF Diplexers are components used in wireless communication systems to separate double-frequency signals into two independent single-frequency signals. The ACMD-6107-TR1 is a ceramic based RF Diplexer with good performance in the DCS 1800/GSM 1900 applications, which combines both high input power handling capabilities and low insertion loss. This article will provide a description of the ACMD-6107-TR1 application field and working principle.

Application Field

The ACMD-6107-TR1 is a diplexer designed for CDMA-DCS 1800/ GSM-1900 applications. It can be used in wireless communication systems, such as base transceiver stations (BTS) for cellular telephone networks, and other applications in the 900 to 2000 MHz frequency range. It’s primarily used in BTSs as an RX/TX combiner for two separate inputs as well as for TX/RX multiplexing for a single input.

Working Principle

The working principle behind the ACMD-6107-TR1 is that it allows two separate frequencies to pass in and out. Its design separates the two frequencies by splitting them into two isolated paths. The two paths are then connected back together to form two separate, independent single frequency signals.

The ACMD-6107-TR1 uses a combination of ceramic material and high power version NbO capacitors to achieve its low insertion losses. The ceramic material provides excellent isolation between the two paths, while the NbO capacitors maintain the insulation between the two frequencies and prevent signal interference. The NbO capacitors also provide protection from high power input signals.

In addition, the ACMD-6107-TR1 includes a temperature compensation function. This ensures that the diplexer is able to maintain its performance in varying temperature conditions. This is important since temperature variations can drastically affect the performance of RF components.

Conclusion

The ACMD-6107-TR1 is an ideal solution for CDMA-DCS 1800/GSM-1900 applications requiring high input power handling capabilities in a small size. It can separate two different frequencies into two independent single frequency signals with low insertion losses, and it can also handle high power input signals. Additionally, it features temperature-compensation for stable performance in different conditions.

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