MAX3488EPA+ Overview

This LED driver IC features an enhanced 8-DIP (0.300, 7.62mm) package for driving common LEDs.The Tube package contains this receiver.Since this part is a Transceiver can transceiver, a number of solutions have been able to utiliTransceivere it for various purposes.PCB or development board with Through Hole-type connectors can accommodate this wide receiver.It takes 3V~3.6V from the power supply to run this differential driver.There can be up to 1/1 eligible receivers/drivers on the field at the same time with this electronic part.IC receiver likes this one are designed for use in applications where operating temperatures are -40°C~85°C.An output voltage range of 3.3V is sufficient to run this line driver ic efficiently.In order to drive and receive signals from data, this wide receiver has 8 terminations integrated.As a standard package, this transceiver comes with a 8-pin layout that follows the market standard.With the part number MAX3488 identifying the product type, temperature, package, etc., you can search with it to see more variants.It is a 8-pin driver IC with enhanced power dissipation controls.Using this ic receiver, you were able to achieve a resolution of 1 bits.There are typically 1 bits of resolution specified in the specifications of this receiver.A Line Driver or Receivers subcategory can be assigned to this rf transceiver module.Driver ICs are designed to work with a 3.3V power supply and this driver IC is one of them.The optical transceiver module's VCC pin should receive enough input current, but not more than 2.2mA.

MAX3488EPA+ Features

Tube package
8 pin count
8 pins
3.3V power supply

MAX3488EPA+ Applications

There are a lot of Maxim Integrated MAX3488EPA+ Drivers/Receivers/Transceivers applications.

• Metro access rings
• Single fiber bidirectional application
• Radio transmission
• Satellite communication
• Wireless multimedia center in smart home
• Wireless smart house
• Datacom networking applications
• interconnection between switches
• Data center
• Laser diode bonding