SN74LVC1G79YEPR Integrated Circuits (ICs)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Logic - Flip Flops plays an important role in the world of electronics. Often referred to as a memory or tracking design, a flip flop does just what it sounds like: it flips a piece of information between two states. A particularly important example of this technology can be found in the SN74LVC1G79YEPR. This integrated circuit (IC) uses the same basic principles to provide several important functions in a limited number of components. The SN74LVC1G79YEPR has two important and related applications; these are edge-triggered dual D-Type Flip Flops, and bus-controlled edge selectable dual D-Type Flip Flops. With a closer examination, we can better understand the fundamentals of this device and its potential uses.

Edge-triggered dual D-Type Flip Flop designs are often employed in digital systems in order to control the impact of random or spurious inputs. In the case of the SN74LVC1G79YEPR, this consists of a set of two D-Type Flip Flop designs combined with a common data path. This device is also capable of functioning as a single D-Type Flip Flop with two separate data paths by disabling one side. This setup is beneficial, as it enables a single device to provide total control of data flow.

A bus-controlled edge selectable dual D-Type Flip Flop design is another highly useful function of the SN74LVC1G79YEPR. In this configuration, two separate active-high enable signals are used to control the operation of each individual flip flop. This allows a single device to provide complete control of both data input and data output.

The SN74LVC1G79YEPR is powered by an internal power supply, enabling it to function without external components. It is also noted for its exceptionally low power consumption, especially when compared to other integrated circuit devices. Based on these positive traits, the SN74LVC1G79YEPR has become a sought after device for numerous applications. This includes automotive, industrial, aviation and medical sectors, among others.

In order to use the SN74LVC1G79YEPR, an operational voltage is required. This is supplied by a 5.5V supply, with the 5V being the most common. This supply must be well regulated, as even the slightest deviation can cause the device to malfunction. Additionally, the output stages of the SN74LVC1G79YEPR must be matched to the input voltages of the underlying logic.

When designing a system with the SN74LVC1G79YEPR, it is important to note the input levels for each of the flip flop paths. This depends on the VCC (positive supply) and GND (negative supply) configuration. On each device, VCC must be connected to the positive supply. GND must be connected to a negative supply, along with the output pin. The input pins must be connected to an external logic level source, as they will be receiving data signals. The output pins should be left open circuit.

The SN74LVC1G79YEPR is an impressive example of an integrated circuit device. Fitted with both edge-triggered dual D-Type Flip Flop designs and bus-controlled edge selectable dual D-Type Flip Flop designs, the device can easily offer excellent control of data flow. Furthermore, its low power requirements and simple setup make it suitable for a wide range of applications. It is no wonder, then, that the SN74LVC1G79YEPR has become a popular choice for many projects.

The specific data is subject to PDF, and the above content is for reference