Datasheet4U Logo Datasheet4U.com

ETA6123 - Over Voltage Protection

Description

ETA6123 is an Over-Voltage-Protection (OVP) IC with an ultra-low 40mΩ RDSON high current high voltage MOSEFT and an integrated TVS device to improve surge protection.

Features

  • Over voltage protection up to 24.5V.
  • 40mΩ switch resistance.
  • 60nS fast transient response.
  • Internally set current limit and VOUT short protection.
  • Integrated 80V TVS.
  • FCQFN-9 package, compatible to WLCSP-9 with better reliability, SOT23-6 package also available.

📥 Download Datasheet

Datasheet preview – ETA6123

Datasheet Details

Part number ETA6123
Manufacturer ETA
File Size 757.22 KB
Description Over Voltage Protection
Datasheet download datasheet ETA6123 Datasheet
Additional preview pages of the ETA6123 datasheet.

📁 Similar Datasheet

  • ETA1483 - 18V High Efficiency Synchronous Step-Down Converter (ETA solutions)
  • ETA1485 - 18V High Efficiency Synchronous Step-Down Converter (ETA solutions)
Other Datasheets by ETA
  • ETA6121 - Over-Voltage Protection Load Switch
  • ETA6122 - 30V Over-Voltage-Protection
  • ETA6102 - 3MHz Switching Charger
  • ETA6195 - 2.5A Switch Mode Battery Charger
  • ETA6196 - 2.5A Switching Mode Battery Charger
  • ETA6198 - 2.5A Switching Mode Battery Charger
  • ETA6002 - 3MHz Switching Charger
  • ETA6003 - 3MHz Switching Charger

Full PDF Text Transcription

Click to expand full text
ETA6123 Over-Voltage-Protection IC with 80V TVS in FCQFN-9 and SOT23-6 DESCRIPTION ETA6123 is an Over-Voltage-Protection (OVP) IC with an ultra-low 40mΩ RDSON high current high voltage MOSEFT and an integrated TVS device to improve surge protection. It can wok with a DC input voltage as high as 24.5V DC, above which, the integrated TVS will start to function by clamping any higher voltage to around 30V (given 80V 8/20us surge test condition). When input voltage of ETA6123 exceed the OVP threshold, it responses quickly and shuts off the MOSFET. The OVP threshold is fixed internally. There is also an over-current-protection feature for the switch. When overload condition occurs, it goes into a hiccup mode to protect the IC from over-heating.
Published: |