74FCT163373APVG

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The 74FCT163373APVG is a Logic-Latch that is used in a number of applications, including interface, buffering, and clock distribution. It is an improved form of the TLVF3118-L family of logic latches, providing for improved performance, optimized power consumption and lower static power consumption. This type of latch is used in logic circuit designs to latch and hold a logic level for an extended period of time or indefinitely, even when the logic level of the driving signals is not present.

At its most basic, the 74FCT163373APVG is a dual-supply latch powered by two separate supply rails. It is important to note that this particular type of latch is especially well-suited for applications where a single-supply driver cannot be used. This is primarily due to the fact that the device operates over a wide supply range, allowing for operation up to the total nominal voltage of the supply.

When power is applied, a logic high level is initially latched on the device. This output can then be maintained until a logic low level is applied to the logic input. When this occurs, the latch is triggered and the logic output reverts to a logic low level. Both of these logic levels are guaranteed to be ‘good’ for the lifetime of the latch. This makes the 74FCT163373APVG an excellent choice for applications where reliable and predictable latched data is required.

The 74FCT163373APVG can be used in a wide variety of applications. One of the most common applications is as a clock distribution device. In this application, two signals are used, one for the input clock and the other for the acknowledge signal, with the acknowledge signal transferred to the output once the clock signal is received. This type of application is especially useful in synchronous logic applications, as it ensures that only one clock is active at any one time.

The 74FCT163373APVG can also be used as an interface device, providing an interface between synchronous and asynchronous logic. This is achieved by holding a logic level on the output until the asynchronous signal has been accepted by the synchronous device. This application is particularly useful when the two devices are connected over a longer distance, as it ensures that the correct logic level is maintained for the duration of the connection.

The 74FCT163373APVG can also be used as a buffer. In this application, a single buffer is used to drive one or more outputs. This allows a single logic signal to be spread to multiple points in a system, ensuring that all outputs are driven with a valid signal. This type of application is ideal when multiple outputs need to be driven with a single signal.

The 74FCT163373APVG is a powerful and versatile Logic-Latch that can be used to improve performance and reduce power consumption in logic circuits. Its wide supply range makes it especially useful for applications where only a single supply driver can be used. It also makes it ideal for synchronous and asynchronous logic interfacing and for signal buffering. As such, it can be an invaluable part of many circuits in a wide variety of applications.

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