74F374SJ

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74F374SJ Logic – Flip Flops

The 74F374SJ is a popular member of a family of integrated circuit flip-flop devices from the 74Fxxx range. It is a functionally factored, dual registered eight bit register, purpose-built to work in a variety of digital systems.

74F374SJ logic chips are primarily used in digital systems, such as those found in avionics and military electronic equipment, that require a high degree of data stability. This is necessary due to the demanding environmental conditions which may be present.

Application Field

The 74F374SJ register is capable of withstanding temperatures ranging from 70°C to 125°C, making it suitable for air and crash standards, as well as other demanding applications.

The register is highly configurable, capable of six different operating modes. The output enable, along with the enable and reset lines, allows the user to decide what data is to be stored inside the registers. Being highly configurable, it is also very versatile, making it suitable for a variety of applications including waveform synthesis, waveform comparison, data switching, tank logic systems, waveform monitoring and much more.

Working Principle

The 74F374SJ logic chip works on the principle of storing and transferring digital data. It consists of two eight-bit flip-flops, each of which can store eight bits of data. The data stored in the flip-flops can then be transferred to other locations in the digital system.

The registers can be enabled or reset as required by the user. When enabled, they will store the 8-bit data while they are reset during the reset cycle. The data stored in the registers is then transferred to the outputs of the chip, when the enable line is asserted.

The outputs of the registers can then be used for any required purpose. Data can be transferred from one location in the digital system to another, data can be compared, or waveforms can be synthesized.

Conclusion

The 74F374SJ flip-flop register is one of the most versatile and reliable integrated circuit devices available. Its ability to withstand temperatures ranging from 70°C to 125°C means it is suitable for a wide range of applications, including those which require high levels of data stability. It is also highly configurable and capable of six operating modes, allowing the user to tailor the device to their specific requirements. The chip works on the principle of storing and transferring digital data and its outputs can be used for a variety of purposes.

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