SN65LVCP408PAPT Overview

Digital switch is provided in the 64-PowerTQFP for the purpose of saving board space.The package is packaged in the manner of Tape & Reel (TR).In terms of mounting, digital switch ic uses the method of Surface Mount.As the analog part, the circuit uses an analog IC Crosspoint Switch.As long as the operating temperature is -40°C~85°C, turn signal switch will not be influenced by external factors.Design engineers have more flexibility when digital controlled switch operates at 3.14V~3.47V voltage.Since they are members of the 65LVCP series, they can be used in a wide variety of applications.As parts of its basic configuration, 64 terminations are desgined.There is a base part number of 65LVCP408 which can also be used in order to locate the logic switch that are related to this item.The voltage supplied for multiplexer's system is 3.3V.multiplexer's systemThere are 64 component pins in this turn signal switch.As a result, conductors end at GULL WING.The supply type of this multiplexer ic is Single.This multiplexer ic has 64 pins configured.Avoid unnecessary failures by keeping Vsup at 3.465V.The digital switch ic is an electronic part classified into Multiplexer or Switches.When a supply voltage of 3.3V is used, reliable performance of the multiplexers can be achieved.A total of 8 channels are used for transmission in the turn signal switch's circuit.

SN65LVCP408PAPT Features

Supplied in the 64-PowerTQFP package
Adopting a supply type of Single
Operating with the supply voltage of 3.3V

SN65LVCP408PAPT Applications

There are a lot of Texas Instruments SN65LVCP408PAPT Signal Switches / Multiplexers / Decoders applications.

• War field flying robot with a night vision flying camera
• Data-routing applications
• Used to connect a single source to multiple destinations
• Code conversion
• Home automation system
• Analog to digital conversion
• To select different task for memory in microprocessor memory systems
• Data transfer
• Enabling different functions units in microprocessor instruction decoding
• Electronics industry