SN74LS2323D Overview

Designed for common LEDs, this driver IC features an enhanced 8-SOIC (0.154, 3.90mm Width) package.Tube package is used for this receiver.Being a Receiver can transceiver, this part has empowered many solutions to serve for a variety of applications.A power supply of 4.5V~5.5V is used by this differential driver.As many as 0/2 receivers/drivers are eligible for use on this electronic part.The operating temperature of this ic receiver is 0°C~70°C. It is primarily designed for applications with low temperatures.There is a voltage range of 5V for this line driver ic, so it can operate efficiently.There are 8 terminations in this wide receiver so that signals can be driven from the data and received.It is packaged with 8 pinouts that are market standard for this particular transceiver.The base part number 74LS2323 identifies the product type, temperature, package, etc., so you can search for more variants by using it.8-pin driver IC with improved power dissipation control.As a result of optical transceiver downsizing and high-density Surface Mount mounting technologies, its package size has been greatly reduced.This receiver is typically specified with a resolution of 1 bits. As mentioned above, the transceiver module is designed to operate from an input voltage supply of 5V.It is designed so that it can be operated from a 5V power supply with this driver IC.It has the ability to drive LEDs with an input voltage of up to about 12mA with the help of this integrating circuit.An enhanced power-saving technique is implemented in this integrating circuit, whintegrating circuith is one of the 74LS series.The integrated circuit contains 1 elements to effintegrated circuitiently handle multiple tasks.

SN74LS2323D Features

Tube package
8 pin count
8 pins
5V power supply
74LS series
1 elements

SN74LS2323D Applications

There are a lot of Texas Instruments SN74LS2323D Drivers/Receivers/Transceivers applications.

• AV receiver
• Transmission stations
• Clock radio
• Military satellite communications
• Thermal management
• Pocket PC
• Carrier phase observations
• Wireless interactive experience
• Single fiber bidirectional application
• WDM transmission