SN74ABT8996DWR

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SN74ABT8996DWR Application Field and Working Principle

SN74ABT8996DWR belongs to the TI family of Specialty Logic devices. It is a dual 8-bit clip-in buffer, which is intended to be used in situations that require very low power consumption. In addition, the device has been designed to minimize time delays associated with various combinations of input and output. This eliminates the need for AC “tie-downs” or AC “snubbers” which are normally found in conventional logic buffers.

The SN74ABT8996DWR is ideal for applications that require low power and minimal time delays such as video processors, audio processors, automotive electronics, communication systems, and medical applications. The device features two 8-bit transceiver channels with a peak power dissipation of only 59mW. The SN74ABT8996DWR also provides a slew rate control circuit to adjust delay times for specific applications.

Working Principle

The SN74ABT8996DWR works on the principle of data latch. This includes the clock connection and 4 pins for data inputs. When these pins receive a high voltage, it causes the input data to latch in the output buffer of the device. This occurs when the clock pin is asserted. The device then holds the data until the next clock pulse is received. This clock pulsing also serves as an acknowledgement that the data is latched successfully.

The device has three separate enable pins which can be used to enable and disable certain input data paths. The enable pins are also used to enable and disable the input data path to the output. This feature is useful when data synchronization is required or when multi-channel buffering is needed. The device also has an output enable pin which can be used to control the output buffer.

The other important feature of the SN74ABT8996DWR is its low power dissipation. It is designed to run at very low supply voltages, allowing it to be used in applications where very low power consumption is important. This low power dissipation also reduces the thermal noise generated by the device and increases its stability for precise timing applications.

In addition, the device has a power-saving circuit which reduces the power supply voltage when the device is not actively transferring data. This reduces the power consumption and improves the overall efficiency of the device.

The SN74ABT8996DWR is a great choice for applications that require low power and minimal data transfer delays. It is suitable for use in automotive, medical and other low power applications.

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