ACMD-6003-SG1

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RF diplexers are essential components in wireless communication networks, as they allow the transmission and reception of multiple signals via a single antenna. The ACMD-6003-SG1 diplexer is a highly efficient device designed to facilitate the simultaneous transmission and reception of multiple RF signals. This also reduces cost of multiple antennas for a single network.

The ACMD-6003-SG1 is a compact device, measuring 93.10mm x 67.8mm x 9.1mm. This makes it suitable for smaller applications, such as drone and wireless systems which require multiple frequencies to be shared in a single antenna.

The ACMD-6003-SG1 diplexer is designed to work between two frequencies within a very wide band of 6003 MHz and 1013 MHz. The maximum VSWR value on both ports is 2.0, which is one of the best performances in the industry. The maximum power transfer efficiency of this device is 80%. It can transmit and receive signals up to 1.5W, making it an ideal choice for applications such as short-range wireless communication systems and producing multiple signals from a single antenna.

The ACMD-6003-SG1 diplexer has two ports for both the transmission and reception of signals. Each port uses a low pass filter and a high pass filter to filter signals. This ensures minimal interference between the two frequencies, allowing faster communication and greater flexibility in designs. The maximum insertion loss of the device is 5dB, with a maximum transfer loss of 0.15dB.

The device is designed with an IP50 waterproof rating, making it perfect for use both indoors and out. It also has excellent shock and vibration resistances, and a wide temperature range from -40 to 85 degrees Celsius. As such, it is suitable for a variety of applications, especially those that require constant communication.

Overall, the ACMD-6003-SG1 is an incredibly efficient device for transmitting and receiving multiple signals in a single antenna. It is perfectly suited to applications such as short-range wireless communication systems and drone-based networks. It is highly durable and can work in a wide temperature range, making it an ideal choice for any environment.

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