OPTIREG™ Switchers (Automotive)

Overview

S6BP20x One-channel Buck-Boost DC/DC Converters by Cypress

Cypress Semiconductor has become part of Infineon Technologies: Its product range is a perfect match. Infineon now offers the industry’s most comprehensive portfolio for linking the real with the digital world – comprising an unparalleled range of hardware, software and security solutions for the connected age.
Strengthening the link between the real and the digital world

Switching regulators, optimized for harsh automotive requirements

Infineon OPTIREG™ Switcher products are designed to support harsh automotive environment and  offer dedicated feature set to enable customer to design automotive ECUs effectively. High product robustness and quality are the key design targets for any Infineon OPTIREG™ Switcher products. Therefore the family is perfectly suitable for any automotive applications , especially for applications with higher microcontroller demand and many digital loads, such as ADAS, Telematics, Gateway, Display and Cluster, but also fitting in traditional body applications where high efficiency and solution size is important.

Products
Highlights
Tools & Software

OPTIREG™ switchers Simulation Tool
The OPTIREG™ switchers Simulation Tool is the online simulator for loss and stability calculations of Infineon’s OPTIREG™ switchers. 

Click here to learn more about it.

Tool Devices Description

Stability Calculation for TLS4120D0EPVx

stability_calculators

OPTIREG™ switcher

 A small-signal linearized model of the converter to predict the loop gain under varying conditions. Such as: input voltage, output current and external components.

Efficiency Calculation for TLS4120D0EPVx

OPTIREG™ switcher 

 A thermal simulation based on a large signal transient switching model. It predicts the efficiency and the self-heating for different thermal interfaces and parts.

Stability Calculation for TLS4125D0EPVx

stability_calculators

OPTIREG™ switcher 

 A small-signal linearized model of the converter to predict the loop gain under varying conditions. Such as: input voltage, output current and external components.

Efficiency Calculation for TLS4125D0EPVx

OPTIREG™ switcher 

 A thermal simulation based on a large signal transient switching model. It predicts the efficiency and the self-heating for different thermal interfaces and parts.

Efficiency Calculation for TLF30682QVS01

OPTIREG™ PMIC

 A thermal simulation based on a large signal transient switching model. It predicts the efficiency and the self-heating for different thermal interfaces and parts. The model includes all internal regulators.

 

Videos

TLF502x1 devices reduce PCB-space and costs

3:29

This video introduces the new TLF502x1-family of Infineon’s automotive switch-mode power supplies. They are able to deliver up to 500mA with ultra-low current consumption. The design was performed to minimize the need of external components by integrated compensation and soft-start. Operation at high switching frequencies around 2.2MHz reduces coil and output capacitor size. The pin-compatible family approach provides devices with various features like ENABLE, RESET with adjustable threshold, and WATCHDOG with adjustable timing. 

TLF51801ELV with a current capability of up to 10A

6:23

The TLF51801 is an AEC-qualified high current buck-controller providing an adjustable
output voltage. The controller is capable to drive external power MOSFETs for load currents up to 10A. The current limitation can be realized either by sensing an external shunt resistor or by sensing the RDS(on) of the HS-switch reducing external components.
Very low drop-out operation is achieved by a maximum duty-cycle of more than 99%. The adjustable switching frequency in the range of 100 to 700kHz can be synchronized to an external clock. An Enable-feature allows very low shutdown current consumption. TLF51801 is coming in a small, thermal enhanced SSOP-14 exposed-pad package
(RoHS).

Training
Infineon solutions for the 48-volt power supply architecture of dual supply ECUs

Infineon solutions for the 48-volt power supply architecture of dual supply ECUs

  • Be able to understand the 48-volt regulations, market and some application examples and be aware of applicable standards and requirements
  • Know more about the 48-volt dual power supply architecture and Infineon products focused on power supply

OPTIREG™ Switcher Introducing TLS412x

OPTIREG Switcher Introduction TLS412x
  • Identify the families of Infineon products that are covered by the OPTIREG™ trademark and recognize the main challenges that OPTIREG™ Switcher products address
  • Indicate the key features and advantages of the new TLS412x family of OPTIREGTM Switcher products

OPTIREG™: Infineon’s automotive power supply solutions

OPTIREG Intro
  • Identify the main automotive market drivers and how OPTIREG™ aims to address these and
  • Recognize OPTIREG™’s product families and groups, as well as their main features and target applications

Why Infineon’s OPTIREG™ families can be used in almost all automotive applications?

optireg_application_compass
  • Do you know Infineon’s OPTIREG™ power supply solutions?
  • Do you know why OPTIREG™ products stand out from other solutions in the market?

Powertrain electrification and Infineon’s solutions for inverters

Electric_Drive_Train

• Understand the importance of the powertrain electrification 
• Be familiar with the operating modes of the electric drive system

Trends of power supply requirements in ADAS/AD applications

  • Get to know the reasons why supplying power to ADAS and autonomous driving applications will change significantly in the future
  • Understand the three main improvements applicable to ADAS and autonomous driving power supply solutions

Design-in made simple with OPTIREG™ Switcher’s TLS4120 and 25

Design-in made simple with OPTIREG™ Switcher’s TLS4120 and 25
  • Understand the operation modes of the device
  • Know the theoretical boundaries of the operation modes
  • Identify the easy-to-use advantages of TLS4120 and TLS4125
Support