SN65LVDS125ADBTR Overview

It is included in the 38-TFSOP (0.173, 4.40mm Width) in order to save board space.As a result, it is packaged in a way that is referred to as Tape & Reel (TR).As far as mounting is concerned, digital switch ic uses Surface Mount.the multiplexers uses an analog IC Crosspoint Switch.If the operating temperature is maintained at -40°C~85°C, turn signal switch will not be susceptible to external factors.When digital controlled switch operates at 3V~3.6V, designers are provided with a greater degree of flexibility.Multiplexers of the 65LVDS series can be used in a wide range of applications.It is designed with 38 terminations as part of its basic configuration.There is a base part number 65LVDS125 that can be used to locate signal switch's related components as well.The voltage supplied for multiplexer's system is 3.3V.multiplexer's systemThis turn signal switch has a total of 38 component pins.At the end of a conductor, it uses GULL WING as the point where the conductor ends.There is a type of supply of Single.This multiplexer ic is configured with 38 pins.Multiplexer ics are mounted in the direction of Surface Mount.To prevent unnecessary failures, it is recommended that the minimum supply voltage (Vsup) remain at 3V.In order to avoid some unnecessary failures, you should maintain a maximum supply voltage (Vsup) of 3.6V.The digital switch ic is an electronic part classified into Multiplexer or Switches.The performance of the multiplexers of a system can be reliably achieved with a supply voltage of 3.3V.The turn signal switch's circuit consists of 4 transmission channels.

SN65LVDS125ADBTR Features

Supplied in the 38-TFSOP (0.173, 4.40mm Width) package
Adopting a supply type of Single
Operating with the supply voltage of 3.3V

SN65LVDS125ADBTR Applications

There are a lot of Texas Instruments SN65LVDS125ADBTR Signal Switches / Multiplexers / Decoders applications.

• High-performance memory-decoding applications
• Robotic vehicles
• Code converters
• Automatic Monitoring systems
• High-performance memory systems
• Microprocessor input/output systems
• LVDS
• Time division multiplexing system
• Microprocessor instruction decoding
• Frequency multiplexing system