74FCT16841ATPVCG4

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The 74FCT16841ATPVCG4 is a logic latch device from Texas Instruments, classified as a Low-Voltage CMOS (LVC.) Logic. It is ideal for a range of applications requiring both static and dynamic latching features, and offers an extremely low active power dissipation. With an enable voltage range of 0.4V to 4.0V, this device helps to address the power and timing parameters of multiple applications.

The main application fields of the 74FCT16841ATPVCG4 include embedded systems and programmable logic; industrial, medical, and automotive automation; and consumer and telecom products. A typical application may involve communication networks and applications that require high-speed data transfer with low error rates. For such projects, the latch provides small size, high performance, and low power consumption.

The working principle behind the device involves an internal latch consisting of two complementary CMOS transmission gates, controlled by an input enable (EN) signal. When EN is active (high), the latch is enabled and the devices operate as transparent gates, transferring the data from the inputs (A and B) to the output (Q). When EN is inactive (low), the logic gates are non-transparent and the C and D inputs serve as data inputs to the latch.

The 74FCT16841ATPVCG4 also offers two different input hold-time options, producing a minimum EN pulse width of 2ns and 6ns, respectively. The 2ns version is designed to be used in high-speed applications, while the 6ns version is designed for applications with moderate speed requirements. Moreover, the logic-level thresholds are symmetrically placed to ensure that the device operates equally well with rails symmetric or non-symmetric voltage supply.

In summary, the 74FCT16841ATPVCG4 is a versatile and efficient logic latch device with a number of features that make it suitable for both static and dynamic latching applications. Its features also make is especially useful for applications where high data transfer rates and small size are required. For those requiring high-speed data transfer with low error rates, the device\'s dynamic latching feature and low power consumption provide an ideal solution.

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