MAX3070EESD+T Overview

This driver chip is excellent for driving common LEDs due to its enhanced 14-SOIC (0.154, 3.90mm Width) package.Tape & Reel (TR) package is used for this receiver.With its Transceiver can transceiver design, this part can be incorporated into a wide range of solutions.Any Surface Mount-type PCB or development board can be used with this wide receiver.This differential driver requires a 3V~3.6V power supply.There can be up to 1/1 eligible receivers/drivers on the field at the same time with this electronic part.IC receiver's like this are designed for applications requiring a -40°C~85°C operating temperature.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 14 terminations integrated.The pinouts for this transceiver are standardized to meet the needs of the market.MAX3070 is the base part number for this part, and it identifies the product type, temperature, packaging, etc., so you can search for more variants with it.14-pin driver IC with improved power dissipation control.Package size is drastically reduced by downsizing ICs and mounting them in high-density Surface Mount arrays.Using this ic receiver, you were able to achieve a resolution of 1 bits.There is typically a resolution of 1 bits specified with this receiver.This transceiver module is designed to operate from an input voltage supply of 3.3V.In total, there are 1 transceivers implemented by this module isolated transceiver.Using 13V as a voltage source, Wide receiver is able to deliver voltage.As a result of this bluetooth transceiver, its output current is 250mA.

MAX3070EESD+T Features

Tape & Reel (TR) package
14 pin count
14 pins

MAX3070EESD+T Applications

There are a lot of Maxim Integrated MAX3070EESD+T Drivers/Receivers/Transceivers applications.

• SONET/SDH Network
• Switches
• Switching system
• Vehicle
• Broadcast application
• Wireless security systems
• 1x/2x Fiber Channel
• Wireless modems
• Radio transmission
• Carrier phase observations