SN74LVTH540PWG4 Overview

Using a TSSOP package makes it very easy to use. As you can see, this voltage buffer is packaged externally in the Rail/Tube package. Transceiver utilizes all 1 elements. There are 20 terminations on this ethernet transceiver, all of which perform different functions. 3.3V is required for its operation. This logical driver is a member of the LVT family. The electric component has 20 pins. A total of Surface Mount applications can be accommodated by logical driver. A total of 20 pins are present on digital buffer. With 2 ports, this logic device is enhanced. The type of Bus Driver/Transceivers buffer is is specifically Bus Driver/Transceivers. During quiescence, the electronic part uses 5mA. Users should apply 3.3V to the electronic part to ensure safe and stable operation in a circuit. As part of the electronic component, there are 8 efficient bits that are included. As a result, automotive buffer features WITH DUAL OUTPUT ENABLE to better meet the customer's needs. For high-quality communication, this network transceiver has 8 channels. Under a temperature of -40°C, buffers can operate. Ambient temperatures should not exceed 85°C. When it is set to low-level output, voltage buffer outputs 64mA. It is possible for the electronic part to conduct -32mA of current when operating on high-level output mode. There should be a voltage at least of 2.7V used to run this buffer. As far as maximum supply voltage is concerned, it is rated at 3.6V. Bus transceivers such as this are called BUS DRIVER ICs. Using ENABLE LOW control technology, the voltage buffer begins to operate.

SN74LVTH540PWG4 Features

Bus Driver/Transceivers
WITH DUAL OUTPUT ENABLE
High Level Output: 64mA
Low Level Output: -32mA
BUS DRIVER Logic IC

SN74LVTH540PWG4 Applications

There are a lot of Texas Instruments
SN74LVTH540PWG4 Buffers & Transceivers applications.

• Satellite communications networks
• Ethernet circuitry
• Wired telephone
• Cordless telephone
• Desktop PC
• Notebook
• Pocket PC
• Desktop radio
• Clock radio
• Tuner