SN74HC368NE4 Overview

This package uses PDIP. A logical driver using the Rail/Tube external packaging is used in this application. It is necessary to use all 2 elements. Thebuffer features 16 terminations that serve different purposes. 5V is the required supply voltageThis buffer driver is part of the HC/UH family of parts. With the electrical component, 16 pins are set. This logical driver is suitable for Through Hole different applications. In total, it has 16 pins. The transceiver features 2 ports for enhanced functionality. Bus Driver/Transceiverss are specifically types of them. During quiescent state, the electronic part uses 8μA. Users are advised to apply 5V supply voltage to the electronic part for the part to operate safely and reliably. This electronic part includes 4 efficient bits that can be used to increase efficiency. With ONE FUNCTION WITH TWO BITS, you can better serve your customers. There are 6 high-quality communication channels on this ethernet transceiver. A temperature as low as -40°C can be tolerated by this buffer. There should be no more than 85°C ambient temperature for the logical driver to operate. As a low-level output mode, it produces 7.8mA. During high-level output, the electronic part may conduct -7.8mA. At least 2V should be used in order to run this automotive buffer on a continuous basis. Approximately 6V are the maximum supply voltages. There is an bus transceiver called a BUS DRIVER logic chip. Buffer ICs are controlled by ENABLE LOW control technology during startup.

SN74HC368NE4 Features

Bus Driver/Transceivers
ONE FUNCTION WITH TWO BITS
High Level Output: 7.8mA
Low Level Output: -7.8mA
BUS DRIVER Logic IC

SN74HC368NE4 Applications

There are a lot of Texas Instruments
SN74HC368NE4 Buffers & Transceivers applications.

• Cordless telephone
• Desktop PC
• Notebook
• Pocket PC
• Desktop radio
• Clock radio
• Tuner
• Portable radio
• Car radio
• Satellite radio receiver