KSZ9021GQ Overview

This LED driver IC features an enhanced 128-BFQFP package for driving common LEDs.The package of this receiver is Tray.Since this is a Transceiver can transceiver, many solutions can use it for a variety of functions.PCB or development board with Surface Mount-type connectors can accommodate this wide receiver.It takes 3.135V~3.465V from the power supply to run this differential driver.Up to 8/8 receivers/drivers can be installed simultaneously on this electronic part.Applications with operating temperatures of 0°C~70°C have been designed primarily for this ic receiver.KSZ9021 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.This is a 128-pin driver IC with enhanced 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.An input voltage supply of 3.3V is required to operate the transceiver module.In total, there are 1 transceivers implemented by this module isolated transceiver.Additionally, there are 1 receivers included in the package.It must be below 70°C when the transceiver module's system is operating.There must not be a minimum operating temperature of 0°C for this optical transceiver.The transceiver's maximum supply voltage that can be applied to this IC is rated at 3.465V.It is required that the supply voltage for this line driver ic is at least 1.14V.As a result of this wide receiver utilizing the 128-PQFP (14x20) supplier package, it is power efficient.This optical transceiver is embedded with 1 channels in total.

KSZ9021GQ Features

Tray package
128 pins
1 channels

KSZ9021GQ Applications

There are a lot of Microchip Technology KSZ9021GQ Drivers/Receivers/Transceivers applications.

• Satellite ground stations
• Radio transmission
• TV signal transmission
• Fiber-to-the-desktop
• Tuner
• interconnection between computers
• Transmission stations
• IP cameras
• Carrier phase observations
• Fast Ethernet