MC74ACT253D Overview

This is a relatively small item of digital switch that is included in the 16-SOIC (0.154, 3.90mm Width) in order to save space on the board.As a result, it is packaged in the way of Tube.digital switch ic uses the method of Surface Mount for mounting.A digital IC Multiplexer is used as the analog component of the multiplexers.When the operating temperature is kept at -40°C~85°C, turn signal switch will not be susceptible to external factors.Using a 4.5V~5.5V supply voltage provides digital controlled switch's superior flexibility for designers.Multiplexers of the 74ACT series can be used in a wide range of applications.The basic configuration of this system includes 16 terminations.In addition, it also has a base part number of 74ACT253, which can be used to find related parts.The multiplexer's system is powered by 5V voltage.Signal switch has 16 component pins.As a result, conductors end at GULL WING.There is a type of supply Single that is employed in this case.The board is configured with 16 pins.This unit is mounted in the way of Surface Mount.The logic switch is a member of the ACT family.In this signal multiplexer, there are 2 bits that are provided.It is provided that 5V has a power supply in order to function normally.With a supply voltage of 5V, reliable performance of the multiplexers can be achieved.This multiplexer has a total of 8 inputs.The multiplexers have 4 input lines used to accept voltage levels.A signal source is provided by 3 output lines.

MC74ACT253D Features

Supplied in the 16-SOIC (0.154, 3.90mm Width) package
Adopting a supply type of Single
Power supplies of 5V
Operating with the supply voltage of 5V
4 input lines
3 output lines

MC74ACT253D Applications

There are a lot of ON Semiconductor MC74ACT253D Signal Switches / Multiplexers / Decoders applications.

• Arithmetic Logic Units
• Decimal decoder
• Automatic Monitoring systems
• Data transfer
• D/A converters
• GLAN
• Night vision cameras
• Microprocessor memory systems
• Robotic vehicles
• High-performance memory systems