74ALVT16260DL,512

74ALVT16260DL,512 Application Field and Working Principle

74ALVT16260DL,512 is a type of logic latch belonging to the larger group of electronic component family known as flip-flops. It is a data holding device that captures data at its input and retains the data at its output. A latch is an electronic component with two stable states that depend on the current or the voltage applied to the component. One of its two states is the logic "0" which is associated with a current flow, and the other is the logic "1" which is associated with a voltage.

Characteristics of 74ALVT16260DL,512 Logic Latch

The 74ALVT16260DL,512 is a dual-channel logic latch with a total of sixteen output data bits. It has four logic inputs and sixteen data-outputs. Each channel consists of four independently data-outputs with a common data-input. This latch has been designed to offer excellent noise margins with low-power dissipation and fast switching times. It is pin-compatible with all other 28-pin, Dual-In-Line memory chips and has a wide range of operating temperatures.

Application Fields of 74ALVT16260DL,512 Logic Latch

The 74ALVT16260DL,512 is a universal logic latch which can be used in a variety of applications, such as in motion control systems, industrial automation, medical electronics, consumer electronics and automotive applications, to name a few. It is also used in embedded systems for data acquisition and processing applications. Other application fields include process control, factory automation, robotics, medical instrumentation and military applications.

Working Principle of 74ALVT16260DL,512 Logic Latch

The 74ALVT16260DL,512 is a type of edge-triggered latch which uses the two clock inputs to determine the state of its output data. The state of the output data bits changes in response to the two clock inputs, Clock1 (CK1) and Clock2 (CK2). When CK1 is low, the output data bits remain unchanged and when CK2 is high, the output data bits can move in either direction, depending on the logic state of the Enable signal. When CK2 is low, the output data bits remain unchanged.

When CK2 is high, the output data bits are moved to the new logic state based on the data present at D‑input. When the D‑input is low, the output data remains unchanged, and when it is high, the output data bits flip to the new state. Additionally, the 74ALVT16260DL,512 enables the user to preset the data logic level at the "Initial Data Input" pin, which can be used as an external data input. This allows the user to control the logic states of the output data bits without having to use the data inputs every time.

Conclusion

The 74ALVT16260DL,512 is a type of edge-triggered logic latch which is used in a variety of application fields, such as motion control systems, industrial automation, medical electronics, consumer electronics and automotive applications. It has four logic inputs, sixteen data-outputs and allows the user to preset the data logic level at the "Initial Data Input" pin. The 74ALVT16260DL,512 offers excellent noise margins with low-power dissipation and fast switching times.