SN74ABT377APWR 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

The SN74ABT377APWR belongs to the family of logic devices popularly known as Flip Flops, which are widely used for data storage and manipulation applications. This device is a high-speed octal register and works as a data latch circuit by capturing data from one memory location and relocating it to another. The SN74ABT377APWR is a dual-gated D-type Flip Flop and it has 8 outputs, each with changes based on the clock rate of synchronization. The device comprises of two latch circuits and eight data terminals. The latch circuits are triggered through two input pins S and R, which determine the operations of the device.

The high-speed octal register SN74ABT377APWR can be used in various applications that require data storage. It can be used to store the 8-bit data in its 8 output terminals, which makes it a powerful device for data manipulation. The SN74ABT377APWR is ideal for applications such as address decoding, clock pulse generation, data selection and data movement. It is also well suited for memory memories and other serial input/output devices. The device is manufactured in a variety of packages, allowing engineers to choose the best configuration for their particular application.

The working principle of the SN74ABT377APWR is based on two simple commands. The first is the Set or S command that causes the output of the device to change its state from one to the other. When S is low, the output of the device is set to logic high “1” and when S is high, the output is set to logic low “0”. Similarly, the second command, Reset or R command gives the complementary output. When R is low, output is set to logic low“0”, and when R is high, output is set to logic high “1”. The clock input is used to synchronize the output states, and it should be noted that the Set and Reset commands would be rejected if the clock input is high.

Although the SN74ABT377APWR is commonly used as an octal register, its applications could be extended to generate various clock pulses, perform address decoding and control memory data movement. Due to its low power and fast operation, it is highly suited for providing short and low latency pulses, which are used to trigger electronic events. Additionally, this device can also be used to delay pulses, adding an element of safety for applications that require a slow and safe pulsing.

Overall, the SN74ABT377APWR is a high-speed dual-gated D-type Flip Flop, with eight output terminals. The device is designed for use in data storage and data manipulation applications, where data needs to be registered and output in a synchronized manner. The device is made up of two latch circuits and requires two input pins (S and R) to operate and one clock input to synchronize the output signals. With its low power consumption and fast operation, it is a highly efficient device for memory-management applications, pulse generation and address decoding.

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