SN74ACT1284PWE4

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 SN74ACT1284PWE4 is part of a series of high-speed CMOS logic gates. It contains two 3-state buffers with an inverter in a single package. It is compatible with the 3.3V CMOS standard, making it ideal for interfacing with newer low-voltage systems. The device is capable of operation up to a frequency of 125 MHz with a low propagation delay. It is constructed with TI\'s advanced submicron CMOS technology for improved performance.

The SN74ACT1284PWE4 is used in applications where fast operation and low power consumption are of primary concern. This device finds itself in a wide range of applications including telecommunications, automotive, and medical. Specific uses include signal routing, line drivers, data buffer control and interface circuits. Because of its low power consumption, the device is a good choice for portable applications.

A closer look reveals that the SN74ACT1284PWE4 is a 4-input 3-state buffer with an inverter in a single package. It operates off a single 3.3V power supply. It is capable of driving 15 TTL loads with 1.6mA output drive capability while maintaining very low propagation delay. The device is also designed with a wide input common mode range, allowing it to accept active low, active high, or open collector inputs. The 3-state outputs of this device allow for easy memory storage, data multiplexing, or data transfer operations. Furthermore, the output enable control can be used to control the power consumption of the device.

The SN74ACT1284PWE4 is an example of logic specialty logic. It combines the features of a high-speed CMOS logic gate and a low-voltage compatible device to create a device suitable for portable application. With features such as low power consumption, fast operation, low propagation delay and wide input common mode range, the SN74ACT1284PWE4 is an ideal choice for signal routing, line drivers, data buffer control and interface circuits.

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