SN74HCT374DBR Integrated Circuits (ICs)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

SN74HCT374DBR is a logic device consisting of eight 3-state, D-type flip-flops with clock. The device is optimized for low power operation. It is suitable for bus-oriented applications and provides a high degree of noise immunity which makes it suitable for applications in noisy environments. It is a wide-body packaged device meaning that it is more suitable for use in high performance applications.

As a flip-flop, it is used to store the data held by D-type latch and can be used to synchronize data between different clock domains in a circuit. When the data changes at the input, the flip-flop preserves the data until the next clock cycle. This allows the rest of the circuit to be synchronized with the changing clock frequency and thus also allows data to be synchronized across different frequency clocks.

SN74HCT374DBR is mainly used in memory and buffer applications. In memory applications they can be used to latch data while in buffer applications they can be used to transfer data from one circuit to another. Additionally, they are used in audio and video circuit applications, such as video switching circuits, video signal multiplexers, video signal inverters and video video sync separators.

The SN74HCT374DBR has an asynchronous clear feature that acts as a reset for the flip-flop. This feature can be used to clear all the flip-flops in the device simultaneously by applying a low level signal to the  asynchronous clear pin. The flip-flop can also be cleared individually by applying a low level signal to the corresponding  flop clear pin.

The SN74HCT374DBR contains an active-low T clock enable input. When the T clock enable is active, the flip-flop will be clocked asynchronously while the clock enable input remains active at the system’s clock frequency. The T clock enable is used to control the system’s clock rate and is normally used to reduce the power consumption in applications that do not require accelerated data rates.

The device operates by applying the data to the data input of the flip-flop and then activating the clock input. This causes the data to be latched in the flip-flop and then propagate to the outputs. The flip-flop will remain in the same state until either a high or low-level signal is applied to the clock input. The data input is then captured and will be latched in the flip-flop.

The SN74HCT374DBR is designed for low power applications, making it an ideal device for battery-powered applications. Its low power operation is achieved by using CMOS technology, which reduces the power consumed during static operation. Also, the device has an active-low power-up clear pin, which initializes the state of the flip-flops to the desired initial value when the power is turned on.

The SN74HCT374DBR is suitable for applications that require high performance, noise immunity and low power operation. It is suitable for a wide range of applications, including memory, buffer, audio and video circuit applications. The device is also designed for low power operations, making it ideal for battery-powered applications.

The specific data is subject to PDF, and the above content is for reference