MC100EP196BFAR2G

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The MC100EP196BFAR2G is a time-delay component that is used in many industries and applications. It is a high-frequency Differential Dual Inversed Buffered Address State Machine (DDIBASM), capable of providing precise, repeatable delays and output logic states in response to a clock signal.

The MC100EP196BFAR2G is an ideal delay-line component for applications requiring a very precise, low-clock skew timing solution. It has a low jitter of less than 10ps and a wide delay range of 4ns to more than 4ms. As a result, it is well-suited for advanced communication systems such as Ethernet, Fibre Channel, ATM, TDM, as well as for automotive, industrial control and medical imaging applications.

The MC100EP196BFAR2G operates from a single 3.3V supply but has 7.0V tolerance, so it can be used in designs that span the 3.3 to 7.0V range. It features (7) independent differential output stages and (7) inputs, which lead to fourteen discrete state changes.

In operation, the MC100EP196BFAR2G accepts a differential clock signal and converts it into a high-frequency output. This output is then combined with the data input signal to produce a new, processed output state. The high speed of the output allows for a wide variety of processing algorithms, such as adding delays, synchronizing multiple signals, and producing delays of accurate timing signals.

For example, in Ethernet applications, timing accuracy is critical in order to ensure reliable data transmission. The MC100EP196BFAR2G can be used to synchronize clock signals and ensure precise timing accuracy. Additionally, it can be used to create delays in order to reduce latency and enhance data throughput.

The MC100EP196BFAR2G is also well-suited for industrial applications that require precise timing and synchronization. It can be used to accurately create relationships between multiple signals or to synchronize multiple devices. It can also be used to delay signals and create output logic states in response to specific inputs.

The MC100EP196BFAR2G is an ideal delay-line component for many applications, as it is reliable, precise, and has a wide delay range. It can be used for advanced communication systems, industrial control, medical imaging, and more. It is also easy to integrate into circuit designs, and operates from a single 3.3V supply with 7.0V tolerance.

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