MC100EL31DTR2G

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Flip-flops are core elements of logic circuitries and are the basic bistable circuits used to store and transfer data in digital systems. The MC100EL31DTR2G is a clear Complement Low Input-Current Buffer/Line-Driver which is manufactured as part of On Semiconductor’s ECLinPS family of products. As a flip-flop element this device has various unique features that allow it to be useful in a wide array of applications.

The MC100EL31DTR2G is a clear Complement Low Input-Current Buffer/Line-Driver consisting of three separate sections within a single package. The first section is a dual clear complementary input buffer. This serves as the data transfer point, allowing data to be moved between different systems. There are dual output buffers in the second section, essentially serving as the logic output stage. The third section is where the main logic happens, being a pair of dual input latches operating with clear and complement-inputs.

This device is specifically designed for applications that require low power and low capacitance for single high-speed drive, or two-stage full support for buffer and line driver duties. With its 10-Megabit/second operation even for low-input voltage and low-skew applications, it is ideal for use in telecommunications, computer terminal and network interfaces.

The MC100EL31DTR2G is best utilized in applications where high speed, low power and low capacitance are essential. It is well-suited for applications in which data transfer between multiple systems is required – such as in telecommunications, computer terminals and network interfaces – as it is able to provide fast response rates and minimal skewing. As its input buffers have dual output drivers, this device is able to support two-stage line drivers on a single-ended line or two complete drivers for differential operation for applications requiring high speed or low capacitance.

In terms of working principle, the MC100EL31DTR2G functions in a very simple way. The logic signal which goes through the input buffer is transferred to the logic output stage, while the input latches are triggered by their respective clear and complement-inputs. When data is valid at the input, the latch will be set, but if the clear or complement-input is triggered, the latch will be reset and the state of the output buffer will reflect that change.

Compared to other CMOS flip-flop products, the MC100EL31DTR2G is unique as it features a low input-current buffer/line-driver, as well as its low power, low capacitance and high-speed capabilities. Its logic output stage and dual-input latch make it a valuable device for applications that involve data transfer between systems. Its flexibility further adds to its utility in a variety of tasks and purposes.

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