SN74LVC828ANSR

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Logic devices are one of the most integral components in a wide variety of electronics. In many cases, they’re used to interpret and store data, as well as create and apply logic control. The SN74LVC828ANSR is an example of this type of logic device, where it serves as an octal buffer/driver with a three-state output and schmitt trigger input.

Application Field

The SN74LVC828ANSR is often used in a wide range of applications. It’s especially popular for interfacing with microcontroller-based systems, where it provides reliable signal generation and transmission. With its 3-state output, it’s ideal for data bus applications such as multiplexers, bus transceiver, memory expansion, and gate expansion. Its low power requirements make it a great option for battery-powered applications as well.

Working Principle

The SN74LVC828ANSR has an octal buffer/driver which features non-inverting buffering and can be used as an inverting line driver. It’s capable of both 3-state and non-3-state operation, including bus hold. The device also features Schmitt triggers on all eight inputs, which allows for improved noise immunity and reduced input-transition times.

The device’s 3-state output has been designed to be compatible with most microprocessor systems, allowing for easy signal routing or transmission. Additionally, the device has been designed with low power logic, meaning that it can be used in ultra-low-power applications. With its low-voltage capability and high speed, it is capable of reliable signal generation and transmission for a wide range of applications.

In summary, the SN74LVC828ANSR is a great choice for a wide range of consumer, industrial and automotive applications. With its low power requirements and 3-state output, it’s ideal for data bus applications, battery-powered projects and other low-power logic devices. Its features like non-inverting buffering and Schmitt trigers make it flexible and reliable, while its compatibility with microcontroller-based systems make it a great choice for systems that require reliable signal generation and transmission.

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