SN74LVC863ANSR

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SN74LVC863ANSR is an advanced logic chip developed by Texas Instruments. It belongs to the category of Logic-Buffers, Drivers, Receivers, Transceivers and is designed for high speed, low power switching applications. Its features make it ideal for applications such as buses, microprocessor systems, and video and multimedia systems.

This device comprises of four, independent logic gates that have four separate 3-state output and input buses. Each output has an associated active low output enable terminal to allow other digital circuits to quickly and easily control the output signals. The device has excellent transient protection of its input pins, allowing the device to protect its environment from voltage surges.

The SN74LVC863ANSR has fast propagation performance with slight rise and fall times; this makes it ideal for high speed switching applications. It has a maximum frequency of 10MHz and a broad frequency range from DC to .2GHz. In addition, the device has a low operating current of 15mA and provides excellent logic compatibility, capable of passing all of today’s design tests.

The working principle of the SN74LVC863ANSR is based on common logic levels where all inputs are high (or low) for a zero (or one). All outputs a then low (or high) for a zero (or one). The device is designed to accept four separate input buses and generate four output buses and a single wire enable signal. The logic inside the chip then decodes the incoming data, compares it to the output logic level, and drives the output accordingly.

The device also has output enable pins which can be used to enable or disable the transmission of any particular output. This allows the outputs to be placed in an idle or standby mode if desired. When enabled, the output enable pins act like a control switch to enable the transmission of the desired logic level.

SN74LVC863ANSR is highly suitable for use in high-speed, low-power switching applications. Its high-speed response, low operating current requirement and complete logic compatibility makes it an ideal device for use in buses, microprocessor systems, video and multimedia systems and other applications where fast switching between logic states is needed. Its small size and low maintenance further make it an attractive device for use in logic systems.

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