MAX231EWE+ Overview

The enhanced 16-SOIC (0.295, 7.50mm Width) package makes it an excellent LED driver.The receiver is packaged in a Tube package.With its Transceiver can transceiver design, this part can be incorporated into a wide range of solutions.On any Surface Mount-type PCB or development board, you can install this wide receiver.A power supply of 5V 7.5V~13.2V is used by this differential driver.At any one time, this electronic part can have up to 2/2 eligible receivers/drivers.As its name implies, this ic receiver is designed for applications where -40°C~85°C is the operating temperature.An operating voltage range of 5V is suitable for this line driver ic.Integrated into this wide receiver are 16 terminations that are used for driving and receiving signals from data.Transceiver comes with 16 standard pinouts that meet the market's requirements.As the base part number MAX231 identifies the product type, temperature, package, etc., you can try searching with it to get more variants of this part.A 16-pin driver IC with enhanced power dissipation control is featured here.Using this ic receiver, you were able to achieve a resolution of 2 bits.There are typically 2 bits of resolution specified in the specifications of this receiver.A Line Driver or Receivers subcategory can be assigned to this rf transceiver module.There is one driver IC that is designed to operate from a 512V power supply, and only one driver IC in total.A EXTERNAL CHARGE PUMP function is also included on this optical transceiver module, which improves the overall signal management accuracy and stability.

MAX231EWE+ Features

Tube package
16 pin count
16 pins
512V power supply

MAX231EWE+ Applications

There are a lot of Maxim Integrated MAX231EWE+ Drivers/Receivers/Transceivers applications.

• Military satellite communications
• TV signal transmission
• Sensor reporting
• Cell phones
• Fiber optic cable connection network
• Servers
• Mainframes, workstations or storage devices
• Clock radio
• Point-to-point networking
• Changeing the frequency from IF to RF