TEA1936XDB1486UL

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The TEA1936XDB1486UL evaluation and demonstration board is a compact tool for development and testing of applications which require correcting wireline-like losses in non-simultaneous transmission lines. 16A11XRS and 16M3XRS are two of the main application fields of the TEA1936XDB1486UL, which can be used to eliminate line loss in geographic locations like the USA, Australia, New Zealand and Hong Kong. Additionally, the TEA1936XDB1486UL can be used when transmission losses need to be corrected in applications like short-haul links, HFC networks, and TV repeaters.

The TEA1936XDB1486UL is an advanced tool used for measuring and demonstrating the advantages of 16A11XRS and 16M3XRS technologies. This board is equipped with a series of dedicated features, such as a line simulator, a line receiver, an automatic gain control, a 16A11XRS compatible PHY IC and a 16M3XRS compatible PHY IC. The dynamic range of the TEA1936XDB1486UL is 32dB and the maximum operating frequency is up to 500MHz. This evaluation and demonstration board also supports a wide variety of features and technologies like standard and wide bandwidth modes, digital and analog inputs, and 802.11a to 802.11ac modes.

The working principle of the TEA1936XDB1486UL board is based on the principle of linear time-invariant transmission, which can be considered as a way of transmitting signals with minimal distortion. This principle allows the TEA1936XDB1486UL to correct for line losses incurred in medium to long-distance transmissions. When a signal is sent through a medium, it will experience attenuation due to the medium\'s resistance and inductance. The more resistant the medium is, and the higher the inductance, the more line loss will be incurred. By using the TEA1936XDB1486UL\'s line simulation and automatic gain control features, the line losses experienced during transmission can be minimized, resulting in a higher quality signal.

The TEA1936XDB1486UL uses a passive two-port linear transformer, which is used to match the frequency and impedance of the line, along with an active two-way voltage regulator, for further control. This configuration ensures that the transmitted signal maintains its accuracy throughout the transmission. The TEA1936XDB1486UL also provides useful test and measurement features like S-parameter measurements, Y-parameter measurements, and eye diagram measurements, which can help users to easily understand their transmission connections and the associated losses.

To summarize, the TEA1936XDB1486UL is an evaluation and demonstration board designed to correct for line losses incurred in medium to long-distance transmissions. It is well-suited for applications like short-haul links, HFC networks, and TV repeaters. The TEA1936XDB1486UL features a line simulator, a line receiver, an automatic gain control, a 16A11XRS compatible PHY IC and a 16M3XRS compatible PHY IC. Utilizing the principles of linear time-invariant transmission and its dedicated features, the TEA1936XDB1486UL can be used to maximize the signal quality and reduce line losses in transmission systems. The board also features useful testing and measurement features that make it even more reliable and powerful for development and testing applications.

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