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There are 1201 results matching sites default files 2024 04 PMP CG PMP450 01 About This User Guide Tools.
… antennas for both the transmitting end and receiving end. This enables the simultaneous transmission and reception of …
… socket that replaces the conventional protruding pin. This non-standard type SMA connector finds common application …
… a protruding pin instead of the conventional socket. This non-standard type SMA connector finds common application …
… comprising aluminium tape and tinned copper braiding. This double shielded outer conductor provides exceptional RF …
… devices to connect and communicate over a network. This interface utilises a physical connector known as an …
… the two components to be securely screwed together. This design offers a reliable mechanical connection, ensuring …
… over the Ethernet cable regardless of the device's needs. This means that the receiving device must be designed to …
… a product's resistance to foreign objects and moisture. This rating indicates protection against solid objects larger …
… simultaneous operation is challenging or cost-prohibitive. This is common in IoT technologies where simple low power, …
… 10 Mbps to the current capabilities exceeding 400 Gbps. This evolution has been driven by the continuous need for …
… multiple output ports with a specific phase relationship. This device is commonly used in radio frequency (RF) …
… unused ports on splitters, combiners, and cables. This ensures that the RF signals are properly absorbed and do …
… without significantly degrading its quality. It achieves this by introducing a controlled amount of resistance into …
… bits are mapped to a series of up-chirps and down-chirps. This scheme is particularly robust against multipath fading …
… a wider frequency band than the original signal bandwidth. This is achieved by multiplying the data bits with a faster …
… through discrete frequency changes of a carrier signal. This method is typically used in radio and wired …
… filter to the digital signal before it is modulated. This process smoothens the signal, reducing the bandwidth …
… it less likely to interfere with neighbouring channels. This modulation scheme is also known for its constant …
… is represented by a specific phase of the carrier signal. This allows for the transmission of two bits per symbol, …
… allowing for the transmission of 6 bits per symbol. This makes 64QAM a highly efficient modulation scheme, …
… represented, each corresponding to a unique 8-bit pattern. This allows for a higher data rate, as more bits are …
… unique combinations, each representing 10 bits of data. This allows for the transmission of large amounts of data in …
… 2048 different states, each representing 11 bits of data. This allows for a significant increase in the amount of data …
… systems, such as advanced microwave transmission. This scheme allows for the transmission of large amounts of …
… microwave communication links. The allocation of this band is subject to regional variations, with different …
… the microwave section of the electromagnetic spectrum. This band operates from 14.4 to 15.35 GHz and is specifically …
… be used for any application that falls under ISM services. This band ranges from 24.0 to 24.25 GHz and is reserved …
… systems, including satellite and terrestrial networks. This band, spanning from 24.25 GHz to 29.5 GHz, is designated …
… frequency band allocated for radio communication services. This band, also known as the IEEE Ka band, ranges from 36 to …
… of the radio spectrum, specifically between 92 to 95 GHz. This band is designated for fixed services, meaning it is …