NLV74HC157ADR2G Overview

It is included in the 16-SOIC (0.154, 3.90mm Width) in order to save board space.It is packaged in the way of Tape & Reel (TR).In terms of mounting, digital switch ic uses the Surface Mount method .In the multiplexers, the analog IC Data Selector/Multiplexer is used.By maintaining the operating temperature at -55°C~125°C, turn signal switch will not be affected by external factors.A supply voltage of 2V~6V provides digital controlled switch's superior flexibility for designers.The multiplexers from Automotive, AEC-Q100, 74HC series can be used for a wide range of applications.This configuration includes 16 terminations as part of its basic functionality.In multiplexer's system, 5V is the voltage supplied.Signal switch has 16 component pins.Conductors terminate at GULL WING in this design.In this case, the supply type is Single.Currently, it is configured with 16 pins.The mounting is in the way of Surface Mount.The logic switch belongs to the family of HC/UH.Keeping the minimum supply voltage (Vsup) at 2V prevents some unnecessary failures.Vsup (maximum supply voltage) should be kept as 6V to prevent unnecessary failures.mux switch's normal operation requires the power supply of 2/6V.There are 4 outputs designed to operate the turn signal switch.This is an the digital switch ic that is classified as Multiplexer/Demultiplexers.The multiplexer provides 8 inputs.TAPE AND REEL is used to package the switches.

NLV74HC157ADR2G Features

Supplied in the 16-SOIC (0.154, 3.90mm Width) package
Adopting a supply type of Single
Power supplies of 2/6V

NLV74HC157ADR2G Applications

There are a lot of ON Semiconductor NLV74HC157ADR2G Signal Switches / Multiplexers / Decoders applications.

• Signal router
• To select different devices in microprocessor output
• HDMI applications
• Enabling different rows of memory depending on address in memory chips
• Arithmetic Logic Units
• Logic circuits
• Solenoid cooling fan
• Steel plants
• Seven segment displays
• To select different task for memory in microprocessor memory systems