FST16211MEA

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Logic - Signal Switches, Multiplexers, Decoders

FST16211MEA is a Logic - Signal Switches, Multiplexers and Decoders, developed by Freescale Semiconductor Inc. The device is designed to provide high performance, low power consumption andbetter signal integrity. It is designed specifically for applications where low voltage and high speed life is important, such as in audio and video applications. The FST16211MEA is a non-locking and non-inverted 16/16 Non-Compliant Bit Controller with a low Voltage Differential Signal (LVDs) interface.

The FST16211MEA is a single chip peripheral device that is used to provide a low voltage signal (LVDs) signal pathbetween the host processor and other peripheral devices. The device is a 16/16 non-compliant bit controller, and is used primarily to detect and control the state of an external LVDs signal. It supports a variety of signal types, including: single-ended, bi-directional and differential. The external signal is routed via the device, and the result is employed to control the various peripheral functions, such as: voltage regulators, LED drivers, and audio/video amplifiers.

The FST16211MEA employs a synchronous architecture to detect and control the external signal. The signals are converted from analog to digital format by the device, which then scans the incoming signal for changes in state. The device then takes the appropriate action, either by allowing or disallowing the signal to pass or by modifying the signal behavior. This helps the FST16211MEA to function as a signal switch, multiplexer, and decoder. On top of all this, the FST16211MEA also provides protection to against overvoltage and thermal runaway protection, which helps to ensure the stability of the external signal and prevent damage to other devices connected to the external signal.

The FST16211MEA can be used in a variety of applications, such as: audio and video applications, automotive and industrial control systems, PC peripherals, consumer electronics, etc. The device provides excellent performance with regard to signal integrity, low power consumption, and noise immunity. Additionally, the FST16211MEA is highly reliable, and its robust design ensures that it will perform for years without any problems. In conclusion, the FST16211MEA is an ideal choice for applications requiring high performance, low power consumption, and reliable signal integrity.

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