MC14174BDR2G

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The MC14174BDR2G is a monolithic CMOS flip-flop which has two independent data inputs (D and D*) and two complementary outputs (Q and Q*). It is designed for applications requiring minimum power drain and a wide range of noise tolerances. This device can be used in virtually any logic system, and has a wide range of applications in industrial, automotive, and many other electronic applications.

The MC14174BDR2G operates on logic levels from 0 to 5 volts, making it ideal for operations that require a low input voltage. Its low current drain is also suitable for battery operated applications. The device features a high noise immunity, providing reliable performance even in high noise environments.

This flip-flop can be used to create synchronous or asynchronous designs. In a synchronous system, the flip-flop will respond to an input clock signal that causes its data output state to change on every edge of that signal. This makes the design more predictable and provides higher speeds and better performance. Asynchronous designs use the same clock signal to indicate when data should be output, but the data is not synchronized to the clock. Asynchronous designs are typically slower and less reliable, but may be necessary in low-noise environments.

The device also features a rising edge triggered active-low set input (set = "0") and reset input (reset = "1"). When the set input is activated, the device will set the output, regardless of the state of the data inputs. Likewise, when the reset input is activated, the device will reset the output, regardless of the state of the data inputs. This makes the device suitable for use in applications requiring self-adjusting systems.

The device can also be used for data storage applications. In these applications, the data is stored in the device until it is reset or the power is removed. This makes it ideal for applications that require a non-volatile memory, such as microcontrollers, FPGAs and embedded systems.

The MC14174BDR2G is a versatile and reliable device that can be used in a wide range of applications. It provides a wide operating range, low current drain, and high noise immunity, making it suitable for use in a variety of applications. From data storage and synchronous designs to self-adjusting systems, this device has the features needed to meet your design requirements.

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