SN75C3238DBR Overview

This driver chip is excellent for driving common LEDs due to its enhanced 28-SSOP (0.209, 5.30mm Width) package.In this package, the receiver is mounted in the Cut Tape (CT) format.With its Transceiver can transceiver design, this part can be incorporated into a wide range of solutions.A Surface Mount-type PCB or development board can be used to place this wide receiver.With respect to the power supply, this differential driver uses 3V~5.5V.There can be up to 5/3 eligible receivers/drivers on the field at the same time with this electronic part.IC receiver is designed for applications with a temperature of 0°C~70°C.Driver ICs with a supply voltage range of 3.3V can operate efficiently.For driving and receiving signals from data, this wide receiver has 28 terminations integrated.As a standard package, this transceiver comes with a 28-pin layout that follows the market standard.Since the part number 75C3238 represents the product type, temperature, package, etc., you can try searching with that number to find more variants.The driver IC has improved power dissipation control.The package size of this optical transceiver has been dramatically reduced by downsizing ICs and using high-density Surface Mount mounting techniques.There is a voltage supply of 5V required in order for this transceiver module to be operated.An additional subcategory named Line Driver or Receivers can be created for this rf transceiver module.This IC implements 1 transceivers overall.There are 3 receivers inside.On the part, 5 drivers are embedded in order to facilitate the operation of the device.

SN75C3238DBR Features

Cut Tape (CT) package
28 pin count
28 pins

SN75C3238DBR Applications

There are a lot of Texas Instruments SN75C3238DBR Drivers/Receivers/Transceivers applications.

• Televisions
• Fiber-to-the-desktop
• Changeing the frequency from IF to RF
• Car alarm systems
• Portable radio
• Satellite communication
• LAN, SAN, WAN (local, storage, work area networks)
• Transmission stations
• Metro access rings
• Long-distance fiber optic network applications