DS3691M Overview

Due to the enhanced 16-SOIC (0.154, 3.90mm Width) package, this driver IC is excellent for driving common LEDs.The Tube package contains this receiver.Being a Driver can transceiver, this part has empowered many solutions to serve for a variety of applications.This wide receiver can be placed on any Surface Mount-type PCB or development board.Power supply requirements for this differential driver are 4.5V~5.5V.As many as 2/0 receivers/drivers are eligible for use on this electronic part.As its name implies, this ic receiver is designed for applications where 0°C~70°C is the operating temperature.There is a voltage range of 5V for this line driver ic, so it can operate efficiently.In this wide receiver, 16 terminations are integrated for driving and receiving signals from data.In this package, you will find 16 market-standard pinouts for this transceiver.For more variants of this part, try searching with the base part number DS3691, which indicates the product type, temperature, package, etc.An enhanced power dissipation driver IC with 16 pins.Package size is drastically reduced by downsizing ICs and mounting them in high-density Surface Mount arrays.There is a 5V input voltage supply that can be used to operate this transceiver module.The integrator circuit has embedded 2 drivers.According to the datasheet, when you try to enhance the line driver ic performance using negative voltage, -5V would be ideal for this purpose.As a result of the embedded architecture of this optical transceiver, there are 4 channels in total.This integrator circuit includes a 5.25V V maximum?dual supply voltage arrangement.Considering that this can transceiver is dual supply voltage, it is better to choose a power supply rated for 4.75V.

DS3691M Features

Tube package
16 pin count
16 pins
4 channels

DS3691M Applications

There are a lot of Texas Instruments DS3691M Drivers/Receivers/Transceivers applications.

• Copper connection network
• Vehicle
• Datacom networking applications
• IPTV front end
• Satellite communication
• Aircraft positioning
• Structural bonding
• Single fiber bidirectional application
• Carrier phase observations
• Bridges