SN74LVC828DW

Buffers, Drivers, Receivers, Transceivers Texas Instruments SN74LVC828DW Overview

The SN74LVC828DW from Texas Instruments provides critical functionality for complex digital systems in a BUS DRIVER configuration, forming part of the esteemed LVC/LCX/Z series. Engineered for efficient voltage translation and interface logic level shifting, this device is ideal for multi-voltage systems that require low power consumption and high-speed data transmission. The careful design ensures minimal propagation delays and maximal drive strength, thus enhancing overall system performance. Moreover, the product's robust build quality stands up to the high reliability standards expected in industrial applications. The specialised Buffers, Drivers, Receivers, Transceivers Texas Instruments SN74LVC828DW is crafted to support the sophisticated needs of today's electronic devices, simplifying the complexities of signaling without sacrificing performance or power efficiency.

SN74LVC828DW Features

• Operates from a 1.65 V to 3.6 V supply, accommodating a wide range of logic levels.
• High-drive outputs (24-mA IOH, 24-mA IOL), providing excellent signal integrity.
• Rapid propagation delays and transition times, enhancing high-speed signal processing capabilities.
• Supports 5V tolerant inputs, allowing for interfacing with legacy systems.
• Multiple ground pins to minimize noise and optimize electrical performance.

SN74LVC828DW Applications

• Telecommunications equipment: The device can manage signal routing and level translation in multi-frequency communication systems.
• Data storage devices: Well-suited for high-speed data throughput required in modern storage subsystems.
• Computing: Facilitates data transfer within computer motherboards, particularly between different chipset logic levels.
• Industrial control systems: Supports robust operation in industrial environments where signal integrity is paramount.
• Consumer electronics: Used in smartphones, TVs, and other devices that require efficient data drivers for seamless performance.