MAX3237ECDBG4 Overview

This LED driver IC features an enhanced 28-SSOP (0.209, 5.30mm Width) package for driving common LEDs.The Tube package houses this receiver.Being a Transceiver can transceiver, this part has empowered many solutions to serve for a variety of applications.PCB or development board with Surface Mount-type connectors can accommodate this wide receiver.With respect to the power supply, this differential driver uses 3V~5.5V.Up to 5/3 receivers/drivers can be installed simultaneously on this electronic part.The operating temperature of this ic receiver is 0°C~70°C. It is primarily designed for applications with low temperatures.Driver ICs in this category can operate efficiently with a supply voltage range of 3.3V.In order to drive and receive signals from data, this wide receiver has 28 terminations integrated.A package consisting of 28 market standard pinouts is provided with this integrated circuit.For more variants of this part, try searching with the base part number MAX3237, which indicates the product type, temperature, package, etc.An enhanced power dissipation control is provided by this 28-pin driver IC.As a result of optical transceiver downsizing and high-density Surface Mount mounting technologies, its package size has been greatly reduced.There is a voltage input supply of 5V required for the operation of this integrated circuit.It is possible to subcategoriLine Driver or Receiverse this rf transceiver module as Line Driver or Receivers.There are 1 transceivers implemented in this module isolated transceiver.The module isolated transceiver contains 3 receivers.On the integrator circuit, there are 5 drivers embedded.

MAX3237ECDBG4 Features

Tube package
28 pin count
28 pins

MAX3237ECDBG4 Applications

There are a lot of Texas Instruments MAX3237ECDBG4 Drivers/Receivers/Transceivers applications.

• interconnection between switches
• 1x/2x Fiber Channel
• Cell phones
• Indoor ad hoc meeting
• Precision geodetic measurement
• Changeing the frequency from IF to RF
• Car radio
• Carrier phase observations
• Radio transmission
• Laser diode bonding