74LVC1G79GM,115

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The 74LVC1G79GM,115 is a Logic - Flip Flop device that is functionally equivalent to the CD4013B Dual D Flip-Flop. This device has various applications, such as synchronizing or sampling data into memory, temporary storage of data, pulse counting and rate multiplication. Additionally, the device can be used to divide frequencies. This device also functions as a divide-by-three circuit, offering a prescaled frequency to the two outputs.

The 74LVC1G79GM,115 device is composed of two separate D type positve-edge triggered flip-flops with independent data, clock, and set/reset inputs. The device can be configured in either edge triggered or level triggered mode depending on the level of the clock signal applied to the flip-flop. The device also includes two outputs, which are buffered to provide sufficient current drive for external systems.

The 74LVC1G79GM,115 features a data output in response to the positive going clock transition. The D-type flip-flop will sample the state at the D input for each clock transition and feedback the state at the Q output. The D input corresponds to the registered state of the flip-flop. The state of the flip-flop can also be reset to a known state by applying a low level to the Set/Reset input.

The 74LVC1G79GM,115 device is suitable for a variety of applications such as digital signal processing, logic implementations, waveform shaping and waveform cancellations. This device can also be used in synchronous circuits such as counters and frequency dividers.

The 74LVC1G79GM,115 device is fabricated using a low power CMOS process that has a wide operating temperature range, making the device suitable for many low power or temperature sensitive applications. This device also exhibits relatively low power consumption, making it suitable for battery operated or portable devices.

In summary, the 74LVC1G79GM,115 is a low power, low voltage logic device that functions as a dual D flip-flop. The device can be configured as an edge or level triggered device and can be used for a variety of applications such as synchronizing or sampling data into memory, temporary storage of data, pulse counting and rate multiplication. Additionally, the device can be used to divide frequencies and functions as a divide-by-three circuit. The device is suitable for a variety of applications and is a low power CMOS device.

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