MC10H186FN

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Logic - Flip Flops are widely used in computing, communication and other areas. MC10H186FN, from ON Semiconductor, is a Hex Unbuffered D Flip-Flop, with input clock synchronization logic which has the capability of performing the synchronous transfer of data from an asynchronous source into a computer system or microcontroller.

The MC10H186FN is a synchronous, buffered, 8-bit octal D flip-flop, with a maximum operating frequency of 150MHz. It is designed to perform the synchronous transfer of data or data patterns from an asynchronous source into a microcontroller. The clock synchronization logic works by aligning the data inputs with the falling edge of the clock. This enables faster data input into the processor, making it ideal for applications that require a high data rate.

The MC10H186FN is typically used in applications such as bus interfacing, communications, switching, data acquisition, and analog-to-digital and digital-to-analog conversion. As a flip-flop, it also has the ability to store data, making it useful in memory applications as well. The device is also suitable for use in applications that require low power consumption, such as battery operated devices. In addition, its wide range of operating temperatures make it suitable for a variety of applications.

The MC10H186FN has two logic state inputs: Reset (R) and Set (S). Both of these inputs are active low, meaning that a logic low signal is required to reset or set the flip-flop. There are also four clock (CLK) inputs, which provide the timing signals for the flip-flop. These four clock signals are synchronized with each other, so that when the synchronizing flip-flop receives a low signal, it passes the signal on to all four inputs. This enables the device to operate with high accuracy and consistency.

The MC10H186FN also has two logic state outputs: Q (Q output) and Q (clock output). The Q output is triggered by the falling edge of the CLK signal and produces the output after the setup time delay. The Q output is active high, meaning that it produces a logic high signal if the data is present on the input. The clock output is used to control the timing of the data transfer, and it is triggered by the rising edge of the CLK signal.

The MC10H186FN is an ideal choice for applications that require high accuracy and reliability due to its low power consumption and high operating frequency. With its ability to synchronize inputs, it is a valuable tool in data acquisition and memory applications, as well as communications and interfacing. Its wide range of operating temperatures makes it suitable for a variety of applications, from low power devices to high speed data transfer.

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