Infineon BTS 723 GW Datasheet

PROFET BTS 723 GW is a high-side power switch produced by Infineon. It has two parallel channels and a switch resistance of 53mΩ. The rated load current is 4.2A. It integrates many protection functions, such as short circuit protection, overload protection, current limitation, thermal shutdown, undervoltage protection, etc.


Infineon BTS 723 GW Datasheet - cover page
Brand
Infineon
Category
Power Management
Document type
Datasheet
Language
English
Pages
15
File format
PDF
File size
333 KB
Published
05 April, 2012
Updated
01 October, 2023
MD5 checksum
B2A0D6D0D62041AEDEBE3920757F04ED

About this manual

The BTS 723 GW is a smart high‑side power switch from Infineon, featuring two independent channels that can handle up to 42 V grounded loads. It integrates a charge pump, CMOS‑compatible input, and diagnostic feedback, making it suitable for resistive, inductive, and capacitive loads and allowing replacement of electromechanical relays and fuses.

Key features include integrated protection functions (short‑circuit, overload, current‑limit, thermal shutdown, over‑voltage, reverse‑battery, and ESD), on‑state resistance as low as 53 mΩ in parallel mode, and a compact P‑DSO‑14 package. The datasheet details pin assignments, electrical and thermal characteristics, and ordering information.

What's inside

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

Specifications

Operating voltage (Vob)7.0 V … 58 V
On‑state resistance (Ron)105 mΩ (single) / 53 mΩ (parallel)
Maximum power dissipation (Ta=25 °C)3.0 W
PackageP‑DSO‑14‑9

Frequently asked questions

What is the maximum operating voltage of the BTS 723 GW?

The device can operate up to 58 V (Vob 58 V).

How many independent channels does the BTS 723 GW provide?

It provides two independent high‑side channels.

What is the on‑state resistance when both channels are used in parallel?

The on‑state resistance is 53 mΩ in parallel mode.

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