Infineon PROFET ITS 716G Datasheet

PROFET® ITS 716G is a Smart High-Side Power Switch For Industrial Applications product from Infineon, featuring four 40V/140mΩ status feedback channels, and is used in industrial applications with a load voltage of 12V/24V.


Infineon PROFET ITS 716G Datasheet - cover page
Brand
Infineon
Category
Power Management
Document type
Datasheet
Language
English
Pages
14
File format
PDF
File size
433 KB
Published
06 April, 2012
Updated
30 September, 2023
MD5 checksum
34DAE607FCE516369624F164A4834245

About this manual

The PROFET® ITS 716G is a smart high‑side power switch designed for industrial applications. It integrates four independent channels, each with a typical on‑state resistance of 140 mΩ and a nominal load current of up to 2.6 A (5.3 A when all four channels are active). The device operates from 5.5 V to 40 V and includes a range of built‑in protection functions.

The datasheet provides detailed pin definitions, maximum ratings, thermal and electrical characteristics, as well as truth tables and timing diagrams. Ordering information and package dimensions are listed at the end of the document.

What's inside

  • Product Summary
  • General Description
  • Applications
  • Basic Functions
  • Protection Functions
  • Pin Definitions
  • Maximum Ratings
  • Thermal Characteristics
  • Electrical Characteristics
  • Package and Ordering Code

Specifications

Operating voltage (Vob)5.5 V – 40 V
On‑state resistance (Ron)140 mΩ (typical)
Nominal load current (single channel)2.6 A
Current limitation (I_lusen)6.5 A
Supply voltage for full short‑circuit protection36 V
Maximum supply voltage (overvoltage protection)43 V
Operating temperature range (Ta)-30 °C … +85 °C
Turn‑on time (t_on)100 µs – 250 µs
Turn‑off time (t_off)100 µs – 270 µs

Frequently asked questions

What is the operating voltage range of the PROFET ITS 716G?

The device operates from 5.5 V up to 40 V.

How many independent channels does the PROFET ITS 716G provide?

It provides four independent high‑side channels.

What is the typical on‑state resistance of each channel?

Each channel has a typical on‑state resistance of 140 mΩ.

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