SN65HVD11QDG4 Overview

LED drivers benefit from this IC's enhanced 8-SOIC (0.154, 3.90mm Width) package.Tube package is used for this receiver.With its Transceiver can transceiver design, this part can be incorporated into a wide range of solutions.A Surface Mount-type PCB or development board can be used to place this wide receiver.This differential driver requires a 3V~3.6V power supply.At any one time, this electronic part can have up to 1/1 eligible receivers/drivers.The operating temperature of this ic receiver is -40°C~125°C. It is primarily designed for applications with low temperatures.With a voltage range of 3.3V, this driver IC can operate efficiently.In this wide receiver, 8 terminations are integrated for driving and receiving signals from data.It is packaged with 8 pinouts that are market standard for this particular transceiver.You can search with 65HVD11 to get more variants of this part, since it identifies the product type, temperature, package, etc.An enhanced power dissipation control driver IC featuring 8 pins.Through optical transceiver downsizing and high-density Surface Mount mounting technologies, its package size is reduced dramatically.It provided a 1-bit resolution capability with this ic receiver.In most cases, the receiver will be specified with a 1-bit resolution.An input voltage supply of 3.3V is required to operate the transceiver module.There is a subcategory called Line Driver or Receivers for this rf transceiver module.Regarding the number of transceiver this module isolated transceiver implements, there are 1 transceivers overall.Using a 15.5mA input voltage, this integrating circuit is capable of driving LEDs with an output voltage of 20 V.

SN65HVD11QDG4 Features

Tube package
8 pin count
8 pins

SN65HVD11QDG4 Applications

There are a lot of Texas Instruments SN65HVD11QDG4 Drivers/Receivers/Transceivers applications.

• Structural bonding
• Low power, low voltage systems
• VoIP phones
• Fast Ethernet
• Desktop PC
• Satellite radio receiver
• Ship
• Radio transmission
• Carrier phase observations
• Fiber optic cable connection network