MC100E196FNR2G

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The MC100E196FNR2G is a versatile clock/timing device that is designed for a variety of applications in the field of communications, data acquisition, and industrial control systems. This device is categorized as a Delay Line, or a set of programmable delay stages for use in clocking and timing control.

The MC100E196FNR2G has 8 output taps, 2 synchronous clock inputs, and 4 asynchronous clock inputs, allowing users to create complex timing and synchronization patterns. Each of the output taps can be programmed independently to meet the timing requirements of a given application. Additionally, the output taps can be programmed to create either an asynchronous or synchronous delay scheme.

Because of its versatile programmability, the MC100E196FNR2G can be used in many different applications. For instance, it can be used to control data communications, timing and synchronization in wireless networks, timing and synchronization of memory access operations, and synchronization of multi-channel data collection.

The working principle of the MC100E196FNR2G is based on delay line technologies. The device is an eight-delay, eight-tap delay line, meaning it has eight output taps, each separated by a fixed amount of delay. The device uses a single clock signal, as well as various asynchronous inputs to program the amount of delay on each output tap. This allows users to create delay patterns unique to the needs of their applications.

The MC100E196FNR2G is ideal for data communication and synchronization applications. The device can be used for digital signal multiplexers, delay-based logic circuitry, interleaving digital signal processors, and timing-oriented digital filters, among other applications. Additionally, the MC100E196FNR2G can be used to generate and synchronize digital signal and data patterns for a variety of applications.

In summary, the MC100E196FNR2G is a versatile Delay Line device that can be used in a variety of applications. The device is programmed with a single clock signal, as well as various asynchronous inputs to create an ideal timing pattern that is unique to the application. The device is useful for advanced signal processing, and can be used for data communication, synchronization, and other timing applications.

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