74LVTH373WMX

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The 74LVTH373WMX is an integrated circuit (IC) that is part of the logic family known as latches. Latches are components that provide temporary storage, as well as signal processing and isolation capabilities. This particular IC provides three-state, high-drive outputs necessary for multiple buffer, port or line-sharing applications. The 74LVTH373WMX is available in eight pin packages, making it a cost-effective and space-saving option for those looking to add a logic latch to their circuit designs.

The 74LVTH373WMX is ideal for applications where 3-state control and high drive outputs are needed, such as computer memories, data buses, and communication networks. It can also be used as a bidirectional input and output port enabling signals to be transmitted between two or more devices. In a typical application, signals enter the latch through an input pad, where they are then held for a period of time in a temporary storage area. The signals are then transmitted to an output port, where they are amplified before being sent off to their destination.

The working principle of the 74LVTH373WMX can be broken down into three key components: the input flip-flop, the enable/disable and the output enable/disable. When an external enable signal is applied (commonly referred to as EN), the flip-flop stores the logic level of the input and the enable signal is delayed before the output enable (commonly referred to as OE) is enabled. The output enable ensures that the logic level stored on the flip-flop is transmitted to the output and onto whatever device is connected. When the enable signal is removed (commonly referred to as ENB), the output enable (commonly referred to as OEB) is disabled and the output is inactive until the enable signal is applied again.

The 74LVTH373WMX is a very useful device for those looking to add logic latches to their circuitry. It is cost effective, space saving, and provides the perfect level of control needed for many applications. The simple working principle and three-state, high-drive output make it a reliable and cost-effective choice for any circuit design.

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