SN75LBC180AN Overview

This driver chip is excellent for driving common LEDs due to its enhanced 14-DIP (0.300, 7.62mm) package.Tube package is used for this receiver.The Transceiver can transceiver type enables this part to be used in a wide range of applications.On any Through Hole-type PCB or development board, you can install this wide receiver.With respect to the power supply, this differential driver uses 4.75V~5.25V.As many as 1/1 receivers/drivers are eligible for use on this electronic part.In most applications, this ic receiver is used in environments where 0°C~70°C is the operating temperature.This line driver ic can operate efficiently with a supply voltage range of 5V.Integrated into this wide receiver are 14 terminations that are used for driving and receiving signals from data.A package consisting of 14 market standard pinouts is provided with this integrated circuit.The base part number 75LBC180 identifies the product type, temperature, package, etc., so you can search for more variants by using it.An enhanced power dissipation control driver IC featuring 14 pins.This package size decreases dramatically due to optical transceiver downsizing and high-density Through Hole mounting technologies.In this ic receiver, the resolution was able to be set to a maximum of 1 bits.This receiver is typically specified with a resolution of 1 bits. This transceiver module is designed to operate from an input voltage supply of 5V.There is a subcategory called Line Driver or Receivers for this rf transceiver module.It is designed so that it can be operated from a 5V power supply with this driver IC.This IC implements 1 transceivers overall.There is no matter what the input voltage is. The integrating circuit is able to drive LEDs with an input voltage of 8.5mA.

SN75LBC180AN Features

Tube package
14 pin count
14 pins
5V power supply

SN75LBC180AN Applications

There are a lot of Texas Instruments SN75LBC180AN Drivers/Receivers/Transceivers applications.

• Satellite ground stations
• interconnection between switches
• Wireless access points
• Changeing the frequency from IF to RF
• Carrier phase observations
• Mainframes, workstations or storage devices
• Clock radio
• Wireless modems
• WDM transmission
• Shortwave receiver