MAX14950ACTL+

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The MAX14950ACTL+ is a Type-C redriver that works well in applications targeting USB 3.1 and Type-C systems as well as in Thunderbolt 3 applications. It is a high-speed signal buffer that takes in long-range, wired transmission over multi-lane reception and re-transmission over a range of up to 15 m. It can also be optimized to link between a transmitter and multiple receivers, depending on the application requirements. The MAX14950ACTL+ works by buffering the incoming signal and re-transmitting it later with increased amplitude and an intermediate frequency that is adjustable by a range of options. This makes it possible to use this redriver as an interface between a transmitter and multiple receivers as well as an inter-board data link that allows for long-range, wired transmission.

The MAX14950ACTL+ redriver is primarily used in applications involving signal wrapping and re-transmission without the need for additional signal processing. It is suitable for any application requiring a long-range, wired transmission over multi-lane reception and re-transmission, including USB 3.1 and Thunderbolt 3 type protocols. It also functions as a signal buffer and splitting device, providing a flexible solution that can be used in a range of applications involving signal buffering, splitting, and re-transmission.

The MAX14950ACTL+ works by buffering the incoming signal and re-transmitting it later. The output level can be adjusted to suit the application requirements. It also allows for adjustable intermediate frequency increases and has an adjustable signal-to-noise-ratio that can be configured to improve signal integrity. Additionally, the signal splitter mode allows the redriver to be used in applications where multiple receivers or transmitters must be connected to the same line.

The MAX14950ACTL+ redriver is a powerful signal buffer, repeater, and splitter for long-distance signal transmission in high-speed applications. It is suitable for use in USB 3.1, Thunderbolt 3, and other high-speed data protocols. It can replicate and re-transmit an incoming signal over a long distance with increased amplitude and intermediate frequency, making it ideally suited for multi-lane, long-range applications. It is also configured with an adjustable signal-to-noise-ratio to improve signal integrity, making it a good option for any application that requires signal wrapping, buffering, and splitting.

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