TSB41AB3MPFPEP Overview

This driver chip is excellent for driving common LEDs due to its enhanced 80-TQFP Exposed Pad package.In the Tray package, this receiver is mounted.As a Transceiver can transceiver, this part has enabled many applications to be served.The wide receiver can be mounted on any Surface Mount-type PCB or development board.This differential driver requires a 3V~3.6V power supply.As many as 6/6 receivers/drivers are eligible for use on this electronic part.For applications where the operating temperature is -55°C~125°C, this ic receiver was designed primarily.With a voltage range of 3.3V, this driver IC can operate efficiently.80 terminations are integrated into this wide receiver for driving and receiving signals from data.It is packaged with 80 pinouts that are market standard for this particular transceiver.TSB41AB3 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.A 80-pin driver IC with enhanced power dissipation control is featured here.Through optical transceiver downsizing and high-density Surface Mount mounting technologies, its package size is reduced dramatically.It provided a 6-bit resolution capability with this ic receiver.This rf transceiver module can be grouped into a subcategory named Line Driver or Receivers.It is designed to be operated from a 3.3V power supply, so the module isolated transceiver will work effectively.Additionally, there are 1 receivers included in the package.It is possible for this can transceiver to have mal-functions when its input current reaches or exceeds 115mA.

TSB41AB3MPFPEP Features

Tray package
80 pin count
80 pins
3.3V power supply

TSB41AB3MPFPEP Applications

There are a lot of Texas Instruments TSB41AB3MPFPEP Drivers/Receivers/Transceivers applications.

• Single fiber bidirectional application
• LAN, SAN, WAN (local, storage, work area networks)
• Switches
• Wireless communication
• Wireless HD Photography
• Wired telephone
• Bridges
• Carrier phase observations
• WDM transmission
• Datacom networking applications