SN74LVT8986GGV

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The SN74LVT8986GGV is a logic device manufactured by Texas Instruments, which belongs to the category Logic - Specialty Logic. As a fully featured device, the SN74LVT8986GGV offers superior performance, functional density and flexibility and is able to operate with a wide range of potential power supply voltages.

This device is commonly used in embedded designs, portable equipment and other low power, space-constrained designs. It provides ten logic outputs, two 3-state open-collector outputs and two sets of four single-ended inputs. With seven power pins and an enable pin, the SN74LVT8986GGV is able to configure itself for either 3.3V, 5V or 12V operation.

The SN74LVT8986GGV is typically used to interface two or more logic systems or as a logic buffer. To guarantee correct functionality, it needs to be powered up within the supply voltage rating which can range between 1.2V and 3.6V, with the input being high (VIH) between 1.2V to 0.6V, and the input being low (VIL) between 0.5V to 0V.

In terms of its working principle, the SN74LVT8986GGV is designed to be both regenerative and adaptive. The regenerative principle is based on positive feedback and the adaptive principle relies on a closed-loop feedback mechanism. The regenerative aspect is responsible for creating a logic output by feeding the input in the same direction, while the adaptive aspect provides a direction for the logic output to follow.

The SN74LVT8986GGV also includes a fail-safe function, which ensures that the output remains in a high-impedance state when power is lost. This helps to protect other components in the circuit from any damage caused by reverse-bias current. Additionally, the device offers 5V tolerance on all inputs, allowing it to be easily interfaced with other 5V components in the system.

Overall, the SN74LVT8986GGV offers an excellent choice for a wide range of embedded designs and other low power, space-constrained applications. Its advanced functions and reliable performance mean that it can provide reliable and efficient operations in almost any application.

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