MC74LVX14DTR2G

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Logic gates and inverters are central component of modern digital electronics systems. These devices are frequently employed to create combinational logic circuits and various digital logic systems. The MC74LVX14DTR2G is an ideal component when a rapid response time is necessary or desired. This device houses 14 independent non-inverting buffers with output enable inputs. It provides a wide range of application fields and a well-defined working principle that makes it applicable for many tasks.

Application Fields

The MC74LVX14DTR2G component provides operation over a wide voltage range which makes it suitable for usage in many types of applications. Its low-voltage and low-power-dissipation capabilities make it suitable for working with memory components, battery-powered systems, and low-voltage logic systems. It is suitable for use in multiplexers, decoders, and other combinational logic circuits. Its high noise immunity feature makes it suitable for working in harsh, high-noise environments. The traditional Schmitt-Trigger behavior also makes it appealing for usage in analog-to-digital conversion devices and other rapid detection applications.

Working Principle

The MC74LVX14DTR2G device is based on a 14-channel non-inverting buffer and uses a single power supply for both the input and output devices. It is designed to allow digital signals to pass through without any changes or distortions. The device operates with 3V to 5.5V power supplies and uses a 10kΩ input and an 8mA output current. Additionally, this component utilizes a TTL logic-compatible output level as well as a total propagation delay time of 5ns below 4V and 15ns above 4V. The low-voltage reset feature also ensures that the device will ignore any signal below the 1.65V reset voltage level.

The device utilizes a schmitt-trigger circuit which provides faster response times for the device, enabling it to respond quickly to rapidly changing logic levels, noise immunity, and improved level-shifting abilities. Its input impedance and higher logic level compatibility also makes it suitable for interfacing with devices with different logic families and supply voltages. Additionally, the MC74LVX14DTR2G also provides hysteresis on the outputs, which ensures that signals rapidly changing logic levels will not cause any output instability.

Conclusion

The MC74LVX14DTR2G is an ideal component for modern digital systems, providing a wide range of application fields and a well-defined working principle. With its low-voltage and low-power-dissipation capabilities, high noise immunity properties, and TTL logic-compatible output level, it is suitable for usage in many types of applications such as multiplexers, decoders and other combinational logic circuits. Additionally, its input impedance and higher logic level compatibility makes it suitable for interfacing with devices with different voltage levels. Its schmitt-trigger circuit also enables the device to respond quickly to rapidly changing logic levels making it a valuable component for many digital electronics systems.

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