74AVC16373DGG,518

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74AVC16373DGG,518 is classified as Logic - Latches. It is a differential D-type flip-flop with enable input, which has two independent D-type flip-flops with common enable inputs and outputs that share a common clock input. A differential clock input combines two active low Clock Enable (CEb) and two Clock Pulse (CP) logic inputs. The clock output of the flip-flop propagates from the rising edge of the clock input and is triggered at the same voltage level of the clock input.

The common set of feature include logic compatibility with TTL and CMOS, high speed performance, high noise immunity, and low power consumption. It also produces low-glitch low-skew clock pulses to allow the use of a strong clock source on a single device, while maintaining performance in spite of a noisy environment. The input buffer accepts any logic family with timing rations of up to 20 ns/V. The input voltage range of the device is 0.7 V to 3.6 V. The output is 3-state and short circuit current limitation is provided.

74AVC16373DGG, 518 provides a wide range of applications for latch circuits such as for the control of multiplexing and switching applications, strobing and latching of input signals from logic circuits, sampling or calibration and testing in digital circuits, or at the interface of one logic family, e.g. TTL to CMOS. It is also suitable as an internal or external register in microprocessors and in writing data into a buffer. The flip-flop can also be used for replacing two single D-type flip-flops for space saving.

The working principle of the 74AVC16373DGG, 518 is simple. It is clocked on the rising edge of the clock input, to hold the current data. The data is loaded on a clock edge when CEb is low, while CP is high. The data stored on the flip-flops can be read and written to when CEb is high, while CP is low, or when CEb is low and CP is high. The flip-flop can be reset with the REN pin. When REN is low, the flip-flops are reset and the output signals become disabled.

In conclusion, 74AVC16373DGG, 518 is a differential D-type flip-flop with enable input that consists of two independent D-type flip-flops. Its input buffer accepts any logic family and it has a wide range of applications such as control of multiplexing and switching applications, strobing and latching of input signals, sampling or calibration and testing, and making use of a strong clock source on a single device. The working principle of this device is also simple and is just clocked on the rising edge of the clock input. It can be reset with the REN pin and the output signals can become disabled when that is low.

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