74FCT16374ETPAG8

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Flip-Flops are digital logic circuits with two stable states that can be used to store binary data. They are also known as bistable multivibrators, D-type flip-flops, or memory cells. The 74FCT16374ETPAG8 is a high-speed, low-power D-type flip-flop device. It has high input impedance, low output source/sink current, and high noise margin. The device is type-programmable in latch and edge-triggered flip-flop modes.

74FCT16374ETPAG8 features

The 74FCT16374ETPAG8 provides a wide range of features to make it an ideal choice for many applications including data clocking and storage, synchronous and asynchronous reset, feedback, data transfer, and data tracking. It features an internal power-down logic circuit that ensures that the device is always in its low-power state and an asynchronous reset (loading of the data) that is independent of the clock signal. It also features a single-ended or differential clock input option which reduces power consumption when the single-ended mode is used.

74FCT16374ETPAG8 application

The 74FCT16374ETPAG8 is used in various applications such as in processors, ASICs, and microcontrollers. It is widely used in the design of digital systems such as synchronous and asynchronous communication, digital signal processing, circuit control, interface control, and data encoding etc. It is also widely used in data storage and transmission applications. Its compact packaging and low power consumption make it an ideal choice for portable and embedded applications.

74FCT16374ETPAG8 working principle

The 74FCT16374ETPAG8 is a D-type flip-flop. When a pulse is applied to the input, the flip-flop changes its output state from low to high. This change of state is dependent on the data signal applied to the input. The device has two modes of operation – latch and edge-triggered modes. In the edge-triggered mode, the device’s output state is changed only when a rising or falling edge of the signal is detected. In the latch mode, the device latches the data signal at the input and its output state is changed accordingly.

The device features an active high asynchronous reset that allows the device to be reset to the initial state regardless of the input signal. This reset signal is independent of the clock signal, allowing the device to be reset quickly and accurately. The device also features a single-ended or differential clock input option, enabling the user to reduce power consumption. The device’s power-down logic circuit ensures that the device is always in its low-power state.

Conclusion

The 74FCT16374ETPAG8 is a high-speed, low-power D-type flip-flop device. It has high input impedance, low output source/sink current, and high noise margin. It offers a wide range of features to make it an ideal choice for many applications including data clocking, storage, and synchronous and asynchronous reset. It is widely used in the design of digital systems such as synchronous and asynchronous communication, digital signal processing, circuit control, interface control, and data encoding etc. It is also widely used in data storage and transmission applications.

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