74FCT16374ETPVG

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

Flip flops are one of the key components in the realm of digital and logic circuits. With their ability to store and manipulate information, they form the backbone of many circuit designs. As technology continues to advance and new devices come onto the market, a new flip-flop has been introduced that is designed to meet the demands of today’s technology. The 74FCT16374ETPVG is a low voltage, high-speed, low-skew, low-power flip-flop that has a wide range of applications. This article will provide a brief overview of the 74FCT16374ETPVG, its application field and working principle.

Overview

The 74FCT16374ETPVG, from Fairchild Semiconductor, is a low voltage, high-speed, low-skew flip-flop. It is an advanced flip-flop that has been designed to meet the demands of modern designs. This flip-flop is based on the same low-skew design as the popular 74FCT16374PV, but offers improved performance. It is capable of reliably operating at a lower voltage of 3.0V, while still offering high-speed performance up to 200MHz. Furthermore, the 74FCT16374ETPVG is capable of meeting the ever-growing need for increased data rate and I/O bandwidth.

Applications

The 74FCT16374ETPVG is designed to be used in high-speed interface applications, such as FPGAs, ASICs and processors. It is also well suited for data acquisition, bus arbitration, fast switching, and board level clock distribution applications. The device is also suitable for applications that require low power or higher switching speeds. As such, the 74FCT16374ETPVG can be used effectively in both consumer-grade and industrial-grade designs.

Working Principle

Each 74FCT16374ETPVG consists of two independent edge-triggered D-type Flip-Flops. Each flip-flop has two data inputs (D1 and D2), two clock inputs (CK1 and CK2), and a single inverted reset input (R). The device operates in Master-Slave mode. The output of the first flip-flop (Q1) is connected to the data input (D2) of the second flip-flop. Hence, when the clock signals (CK1 and CK2) are active, the data on D1 is held in the first flip-flop, and the combined data (Q1 & D2) of the first two flip-flops is fed to the output(Q2).

The 74FCT16374ETPVG is powered with a low voltage of 3.0V and is designed to operate at high-speeds with low-skew. The device is designed to be able to reliably operate at high data rates up to 200MHz, meaning that it can support higher data rates and I/O bandwidth for today’s devices. Furthermore, the device is built to provide low power and excellent noise immunity.

Conclusion

The 74FCT16374ETPVG is an advanced low voltage, high-speed, low-skew flip-flop. It is designed to support high data rates and I/O bandwidth, while providing low power and excellent noise immunity. With its ability to reliably and accurately store and manipulate information, the 74FCT16374ETPVG is suitable for a wide range of applications, including FPGAs, ASICs, and processor Interface Designs, as well as data acquisition and bus arbitration.

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