SN65LBC180N Overview

This driver chip is excellent for driving common LEDs due to its enhanced 14-DIP (0.300, 7.62mm) package.The receiver is packaged in a Tube package.Since this is a Transceiver can transceiver, many solutions can use it for a variety of functions.This wide receiver can be placed on any Through Hole-type PCB or development board.With respect to the power supply, this differential driver uses 4.75V~5.25V.At any given time, there can be up to 1/1 eligible receivers/drivers for this electronic part.In most applications, this ic receiver is used in environments where -40°C~85°C is the operating temperature.This line driver ic can operate efficiently with a supply voltage range of 5V.In this wide receiver, 14 terminations are integrated for driving and receiving signals from data.This transceiver is packaged with 14 market standard pinouts65LBC180 is the base part number for this part, and it identifies the product type, temperature, packaging, etc., so you can search for more variants with it.An enhanced power dissipation driver IC with 14 pins.Package size is drastically reduced by downsizing ICs and mounting them in high-density Through Hole arrays.This ic receiver provided a 1-bit resolution capability. It is typical for this receiver to have a resolution of 1 bits when it is specified.There are two types of input voltage supply available for this IC, 5V.A rf transceiver module named Line Driver or Receivers belongs to this subcategory.IC5V is a high performance driver IC designed to work with a 5V power supply.There are 1 transceivers in total implemented by this IC.

SN65LBC180N Features

Tube package
14 pin count
14 pins
5V power supply

SN65LBC180N Applications

There are a lot of Texas Instruments SN65LBC180N Drivers/Receivers/Transceivers applications.

• Desktop PC
• Wireless interactive experience
• Changeing the frequency from IF to RF
• Ethernet circuitry
• Satellite radio receiver
• Fiber-to-the-desktop
• Precision geodetic measurement
• Wireless multimedia center in smart home
• Cell phones
• Carrier phase observations