74LVTH373WM

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74LVTH373WM is a member of the fifth generation of CMOS logic family, and it belongs to the group of latches. The device is designed to provide improved performance and low power operation. It has two devices in it, dual 3-state latch, and one inverter. It is suitable for applications that require high input thresholds and improved noise margin.

The working principle of 74LVTH373WM is based on two basic components - the latch and the inverter. The latch is a type of logic circuit that can store one bit of data. It can be used to store binary signals and is operated by an asynchronous control. The 76LVTH373WM has two asynchronous control inputs, D and Clock. When the clock is high, the data at the D input is latched (stored). When the clock is low, the data is no longer latched. The inverter is similar to an electronic switch. It has one input and one output, and it is able to inverse the logic state of the input.

The 74LVTH373WM has two operating modes, active-mode and inactive-mode. In active-mode, the latch is always enabled, and the inverter is enabled only when the latch is enabled. When in inactive-mode, both the latch and the inverter are disabled, and the device is used in high-power mode.

The application field of the 74LVTH373WM is extensive. It is widely used in logic integration and discrete logic switches. It is also suitable for applications that require low power consumption, like notebooks and cell phones. The device is also useful for implementing logic operations with asynchronous switching, like state machine operations and data processing.

Overall, 74LVTH373WM is a versatile device. It is able to operate in both active-mode and inactive-mode, making it ideal for applications that require low power consumption. Its wide application field also makes it applied for a variety of logic operations. It is a great choice for logic integration and discrete logic switches.

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