Infineon Designer SPICE & XMC™ MCU co-simulation using

Infineon Digital Platforms Software amp Tools

Infineon Designer ndash

SPICE amp XMCtrade MCU

co-simulation using

ModusToolboxtradehttpswwwinfineoncomifxdesigner

Getting Started June 2021

Agenda

Infineon the link between the real and the digital world

Infineon Designer introduction

Infineon Designer ndash SPICE amp XMCtrade MCU co-simulation using ModusToolboxtrade

Summary

1

2

3

4

22021-06-23 Copyright copy Infineon Technologies AG 2021 All rights reserved

Agenda




Summary

1

2

3

4


Infineon Vision We are the link between the real and the digital world


Infineon offers a unique portfolio linking the real and the digital world

httpswwwinfineoncom

Digitale

Welt

Battery-powered devices

Consumer IoT

5G

Power supplies

Drives

Industrial IoTConnectivity

Automotive

Sense sensors Compute microcontrollers memories Actuate power semiconductors Connectivity Wi-Fi Bluetooth USB

Coin cell-powered devices

Smart Home

Information and data

about the real world

Value addition and

optimized use of resources

Software

Ecosystem

Digital

world

Real-world

applications


Security Solutions

Software amp Tools help developers to shorten design-in timehttpssoftwaretoolsinfineoncom

Actuate Compute ConnectSenseSecure amp

Safeguard

Secure amp Safeguard

Sim

ula

tio

n T

oo

lsO

fflin

e

Onlin

eA

spects

rsaquo What is the overall efficiency

rsaquo Does my design not overheat

rsaquo Is my design stable

rsaquo Does my software run wo errors

Electrical design

Thermal designSoftware design

easy

safe

green

connected

Sele

cti

on

To

ols

Solu

tion F

inder

IPOSIM (IGBT Bipolar SiC)

Motor Simulator (IGBT IPM)

OPTIREGtrade (PMIC)

PowerEsim (SMPS)

EasyAPE PRO (ATV Body Power)

Infineon Designer (MOSFET IGBT Gate

Driver Voltage Regulator Audio Class D MCU)

PowerDesk (DC-DC PoL)

TINA Spice PSpice SIMetrix [Ltspice1]

Connect

Infi

neo

n T

oo

lbo

x (

Develo

per

Cen

ter)

httpss

oft

ware

tools

infine

onc

om


Power

Path

Signal

Path

1 switches amp diodes only

Data

PathSense Compute Actuate

Power

Management

rsaquo Does the sensor

switch at the right

position

Magnetic

design

Sensor Tools

(3D Angle amp Hall

sensors)

Agenda




Summary

1

2

3

4


Infineon Designer - Online SPICE Engine

httpswwwinfineoncomifxdesigner

rsaquo 650+ application circuits (lighting power supplies motor control computing DC-DC PoL Audio etc)

rsaquo Accurate transient and system efficiency simulation powered by TINA SPICE engine

rsaquo Full-featured circuit editor with Infineon SPICE library for free

rsaquo Export to Altium PCB design and export of the BoM (Bill of Materials)

rsaquo Fast parameter configuration with design tool for better evaluation experience

rsaquo Digitalanalog co-simulation (eg Microcontroller code debugging)


Infineon Designer Server InfrastructureO

ffli

ne

On

lin

e

Inte

rne

twwwinfineoncomifxdesigner

DesignSoft servers

wwwtinacloudcom

Off

lin

e

O

nli

ne

Infineon servers

TINA Industrial version


Compatible

Upgrade

Infineon Designer Features

Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency

rsaquo Infineon product

footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more

rsaquo Export to excel

or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation

rsaquo Support of XMC1000

(PSoCreg 46 under

evaluation)

rsaquo Instruction Cycle accurate

co-simulation

rsaquo DAVEtrade support

rsaquo New available for

XMC1400 ModusToolboxtrade

support



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


1 Open circuit and login

with myInfineon account

1

Thermal amp System Efficiency Simulation24V Automotive Battery Switch Demonstrator

Set U3 as power loss

Set Rload as

power sink

2

2

2

2

Set Battery as

power source

2 Check amp set the power

types of components

3

3 Set transient analysis

and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


Export to Altium PCB10V 6A Single Output Integrated PoL Solution IR38060

2 Download as Altium

archive and check



1

2




archive and check



3

3 Open project in Altium

and start PCB design



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


Export the Bill of Materials10V 6A Single Output Integrated PoL Solution IR38060

2 Open the Bill of

Materials check details



1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon

ModusToolboxtrade support


Use Design Tool - Parameter Setting amp Calculation10V 6A Single Output Integrated PoL Solution IR38060

rsaquo Design Tool (advanced mode see appendix) ndash Easier parameter setting ndash Faster value calculation for all circuit components set by defined formulas amp scripts

2 Open design tool set

parameters and Run



1

2

Double click

3 Simulate again

3


Design Tool ndash Setup amp Programming10V 6A Single Output Integrated PoL Solution IR38060

2 Create parameters for

user interpreter window

1 Open Menu gtgt Tools

gtgt Design Toolhellip

1

2

3 Assign values create

formulas and scripts

3

Design tool parameters



12

Assign values

3


1 Assign parameter value to component

Vin=V_in

Vin component label

= value assignment

V_in design tool parameter

3 Assign parameter value to circuit global

parameterIout=I_out

Iout global variable

I_out design tool parameter

2 Assign parameter value to local variable

Vout=V_out

Vout local variable used in

calculations

V_out design tool parameter



1

2

Create formulas and scripts

1 formulas

bull Support math operators + - () etc

bull Support math functions eg sqrt() Round() etc

bull = value assignment

bull = display value (eg calculated results)

bull comment


bull Supoort Pascal scripting





bull comment



Insert Design Text (Interpreter Window) for quick access



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits

rsaquo httpswwwinfineoncomcmsento

olslandingifxdesignerhtmlsearch

=trueampkeyword=microcontroller

rsaquo Video Getting Started Infineon

Designer MCU


Agenda




Summary

1

2

3

4


Solution Digital Twin Circuit Simulation

simulate first on virtual system before building the real hardware

elf hex

New Software Ecosystem ModusToolboxtrade

Supporting XMC1400

upload elf hex to simulator

build application code project in ModusToolboxtrade

co-simulate XMCtrade w SPICE

Value Proposition MCU co-simulation

rsaquo Time-to-market start developing before you

have the hardware kit

rsaquo Safety test on virtual system will not harm

engineer or destroy hardware

rsaquo Cost exploration of design space cheaper

than building hardware many times

rsaquo Security CCS controller lack a debug

interface so code debugging can be only

1

2

3

Value Proposition

rsaquo Flexible You can use any IDE in your own

workflow (Eclipse GNU Make IAR Embedded

Workbench KEIL microVision Visual Studio Code)

rsaquo Cross platform Linux macOS Windows

rsaquo GitHub software ecosystem driven by

manifests Create a project with the latest

version using Project Creator independent of any

IDE and export to any IDE

rsaquo Library Manager Add update or remove

libraries with the Library Manager

rsaquo Kit amp Board Support Includes board support

packages (BSPs) Every release of every library

is readily available

rsaquo Tools amp Configurators to set things up Device

CapSense QSPI Smart IO USB Bluetooth

Segment LCDrun on real hardware kit4

Simulation Digital Twin

Real System

httpssoftwaretoolsinfineoncomtoolsq=modus

elf hex


ModusToolboxtrade Design Flow

write amp build application code2

Start online simulator (Infineon Designer)3

Create new XMC1400 Application1

upload elf hex to simulator4

co-simulate XMCtrade w SPICE5


Demo 1 ModusToolboxtrade IoTBinky XMC1400

Start circuit design


Demo 2 DAVEtrade Motor ControlFOC XMC1300



Demo 3 DAVEtrade Power SupplyPFC XMC1300



Simulation 32-bit XMC1000trade Industrial MCU Armreg Cortexreg-Mhttpswwwinfineoncomcmsenproductmicrocontroller32-bit-industrial-microcontroller-based-on-arm-cortex-

mredirId=41403simulation

Motor Control SMPS

DAVEtrade(ModusToolboxtrade coming soon)

Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4


Summary what to rememberhellip

Use ModusToolboxtrade ecosystem to enable rapid development of Infineon MCUs covering

connected IoT applications like motor control power supply and cloud-connected solutions

Combine both to co-simulate amp debug MCU software together with hardware by using

Infineon Designer ndash online SPICE simulator integrated into ModusToolboxtrade

Use Infineon Designer SPICE simulator to check the electrical amp thermal performance of

your products amp solutions

More to come in December 2021 New integrated webpage release with all software amp

tools as one interface to customers (Infineon ToolboxDeveloper Center)


Resource List amp Support

httpswwwinfineoncomtools

Hardware Simulation Tools

Thermal design

rsaquo Infineon IPOSIM Power Simulation for Power

Modules and Disk Devices

rsaquo Infineon Power Simulation for Integrated Power

Modules (IPM) powered by PLECS

rsaquo Infineon Power Simulation for discrete IGBTs

powered by PLECS

Electrical amp software design

rsaquo Infineon Designer powered by TINACloud

rsaquo PowerEsim Simulation for Switched-Mode Power

Supply (SMPS)

Magnetic design

rsaquo Infineon Magnetic Sensor Design Tools

Finder Tools

rsaquo Infineon Solution Finder

rsaquo Infineon Product Finder

rsaquo Infineon Evaluation Board Finder

rsaquo Infineon Simulation Models

Software Development Tools

rsaquo ModusToolboxtrade Software and Tools

rsaquo TriCoretrade Development Tools for AURIXtrade 32-bit

Automotive Microcontroller based on TriCoretrade

rsaquo DAVEtrade Development Platform for XMCtrade 32-bit

Industrial Microcontroller based on ARMreg

Cortexreg-M

Infineon Support amp Distribution Partners

rsaquo Technical Support Center

rsaquo Forums Cypress Developer Community

rsaquo Newsletter for Engineers

rsaquo Orderable Part Number (OPN) Finder

rsaquo Where to Buy your Products

Software amp Tools

rsaquo Infineon Toolbox (future Infineon Developer

Center)


Tips amp Tricks

rsaquo Menu gtgt View gtgt Full-screen (full-screen amp remove banner)

rsaquo F11 (Browser full-screen)

rsaquo Component view

rsaquo Key combination [Ctrl] + [F]

bull Search components in circuit editor

bull Search variable in design tool editor

rsaquo Zoom-inout mouse scroll or key [Shift ] + drag for zoom-in

rsaquo Wire connection see demonstration

rsaquo Multi-selection see demonstration

rsaquo Circuit view shifting see demonstration

rsaquo browser and server caching issues

bull revert to original (Menu gtgt File gtgt Revert to original)

bull change language (Menu gtgt View gtgt Language)

Enlarge the editor

area

Edit circuit

Search text

Solve artifacts

rsaquo First menu bar gtgt Upload macroshellip

rsaquo Then menu bar gtgt Insert macroshellip

rsaquo Menu gtgt Help gtgt Order or Upgradehellip

rsaquo Upgrade to TINA Industrial offline version wwwtinacom

Import additional

SPICE models

More features

offline


How To Import A SPICE Model (Part 12)

1 Login with your myInfineon

account

2 Select File -gt New create a

new circuit

3 Click menu bar symbol and

click ldquoUpload macrohelliprdquo

4 Name your model select ldquofrom

filerdquo and browse to your SPICE

model in SUBCKT format

5 Click on ldquoUploadrdquo

Example Model OrCAD Capture

for IR2110

1 2

3

4

5


How To Import a SPICE Model (Part 22)

6 Edit symbol pin layout

7 Optional Replace ldquordquo with new

pin name in symbol

Example VDD -gt VDDVDD

8 Optional place pins on top left

right bottom

9 Click on OK to upload macro


click ldquoInsert macrohelliprdquo

11 Select IR2110 macro and place

it on your schematic

12 Finalize your circuit and Save it

with ldquoSave -gt Save asrdquo

13 Test your circuit

6

8

7

10

11


Agenda




Summary

1

2

3

4


Agenda




Summary

1

2

3

4





httpswwwinfineoncom

Digitale

Welt


Consumer IoT

5G

Power supplies

Drives


Automotive



Smart Home



Value addition and


Software

Ecosystem

Digital

world

Real-world

applications


Security Solutions



Safeguard


Sim

ula

tio

n T

oo

lsO

fflin

e

Onlin

eA

spects





Electrical design


easy

safe

green

connected

Sele

cti

on

To

ols

Solu

tion F

inder



OPTIREGtrade (PMIC)

PowerEsim (SMPS)






Connect

Infi

neo

n T

oo

lbo

x (

Develo

per

Cen

ter)

httpss

oft

ware

tools

infine

onc

om


Power

Path

Signal

Path


Data


Power

Management


switch at the right

position

Magnetic

design

Sensor Tools

(3D Angle amp Hall

sensors)

Agenda




Summary

1

2

3

4












ffli

ne

On

lin

e

Inte

rne


DesignSoft servers

wwwtinacloudcom

Off

lin

e

O

nli

ne

Infineon servers



Compatible

Upgrade


Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11


Agenda




Summary

1

2

3

4





httpswwwinfineoncom

Digitale

Welt


Consumer IoT

5G

Power supplies

Drives


Automotive



Smart Home



Value addition and


Software

Ecosystem

Digital

world

Real-world

applications


Security Solutions



Safeguard


Sim

ula

tio

n T

oo

lsO

fflin

e

Onlin

eA

spects





Electrical design


easy

safe

green

connected

Sele

cti

on

To

ols

Solu

tion F

inder



OPTIREGtrade (PMIC)

PowerEsim (SMPS)






Connect

Infi

neo

n T

oo

lbo

x (

Develo

per

Cen

ter)

httpss

oft

ware

tools

infine

onc

om


Power

Path

Signal

Path


Data


Power

Management


switch at the right

position

Magnetic

design

Sensor Tools

(3D Angle amp Hall

sensors)

Agenda




Summary

1

2

3

4












ffli

ne

On

lin

e

Inte

rne


DesignSoft servers

wwwtinacloudcom

Off

lin

e

O

nli

ne

Infineon servers



Compatible

Upgrade


Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11





httpswwwinfineoncom

Digitale

Welt


Consumer IoT

5G

Power supplies

Drives


Automotive



Smart Home



Value addition and


Software

Ecosystem

Digital

world

Real-world

applications


Security Solutions



Safeguard


Sim

ula

tio

n T

oo

lsO

fflin

e

Onlin

eA

spects





Electrical design


easy

safe

green

connected

Sele

cti

on

To

ols

Solu

tion F

inder



OPTIREGtrade (PMIC)

PowerEsim (SMPS)






Connect

Infi

neo

n T

oo

lbo

x (

Develo

per

Cen

ter)

httpss

oft

ware

tools

infine

onc

om


Power

Path

Signal

Path


Data


Power

Management


switch at the right

position

Magnetic

design

Sensor Tools

(3D Angle amp Hall

sensors)

Agenda




Summary

1

2

3

4












ffli

ne

On

lin

e

Inte

rne


DesignSoft servers

wwwtinacloudcom

Off

lin

e

O

nli

ne

Infineon servers



Compatible

Upgrade


Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



httpswwwinfineoncom

Digitale

Welt


Consumer IoT

5G

Power supplies

Drives


Automotive



Smart Home



Value addition and


Software

Ecosystem

Digital

world

Real-world

applications


Security Solutions



Safeguard


Sim

ula

tio

n T

oo

lsO

fflin

e

Onlin

eA

spects





Electrical design


easy

safe

green

connected

Sele

cti

on

To

ols

Solu

tion F

inder



OPTIREGtrade (PMIC)

PowerEsim (SMPS)






Connect

Infi

neo

n T

oo

lbo

x (

Develo

per

Cen

ter)

httpss

oft

ware

tools

infine

onc

om


Power

Path

Signal

Path


Data


Power

Management


switch at the right

position

Magnetic

design

Sensor Tools

(3D Angle amp Hall

sensors)

Agenda




Summary

1

2

3

4












ffli

ne

On

lin

e

Inte

rne


DesignSoft servers

wwwtinacloudcom

Off

lin

e

O

nli

ne

Infineon servers



Compatible

Upgrade


Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11




Safeguard


Sim

ula

tio

n T

oo

lsO

fflin

e

Onlin

eA

spects





Electrical design


easy

safe

green

connected

Sele

cti

on

To

ols

Solu

tion F

inder



OPTIREGtrade (PMIC)

PowerEsim (SMPS)






Connect

Infi

neo

n T

oo

lbo

x (

Develo

per

Cen

ter)

httpss

oft

ware

tools

infine

onc

om


Power

Path

Signal

Path


Data


Power

Management


switch at the right

position

Magnetic

design

Sensor Tools

(3D Angle amp Hall

sensors)

Agenda




Summary

1

2

3

4












ffli

ne

On

lin

e

Inte

rne


DesignSoft servers

wwwtinacloudcom

Off

lin

e

O

nli

ne

Infineon servers



Compatible

Upgrade


Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11


Agenda




Summary

1

2

3

4












ffli

ne

On

lin

e

Inte

rne


DesignSoft servers

wwwtinacloudcom

Off

lin

e

O

nli

ne

Infineon servers



Compatible

Upgrade


Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11












ffli

ne

On

lin

e

Inte

rne


DesignSoft servers

wwwtinacloudcom

Off

lin

e

O

nli

ne

Infineon servers



Compatible

Upgrade


Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



ffli

ne

On

lin

e

Inte

rne


DesignSoft servers

wwwtinacloudcom

Off

lin

e

O

nli

ne

Infineon servers



Compatible

Upgrade


Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11




1



Set Rload as

power sink

2

2

2

2

Set Battery as

power source


types of components

3


and run simulation



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11




archive and check



1

2




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11




archive and check



3





Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



2 Open the Bill of




1

2

3 Save to Excel csv

3



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation


rsaquo Coming soon






parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11





parameters and Run



1

2

Double click

3 Simulate again

3







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11







1

2



3




12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



12

Assign values

3



Vin=V_in

Vin component label

= value assignment



parameterIout=I_out




Vout=V_out


calculations




1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



1

2


1 formulas





bull comment







bull comment






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11






Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11



Efficiency

simulation

Export

to

Altium

Export BoMDesign

tool

rsaquo Component

losses

rsaquo Component

junction

temperature

rsaquo Steady-state

system

efficiency


footprints

rsaquo Passive

component

footprints

rsaquo Altium PCB

project with

schematic

rsaquo Detailed BoM

including type

value footprint

part number

description

manufacturer

and more


or print to PDF

rsaquo Fast

configuration of

circuit variables

and global

parameters

rsaquo Individual

function

programming

MCU-SPICE

co-simulation


(PSoCreg 46 under

evaluation)


co-simulation




support


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11


All MCU Circuits





Designer MCU


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11


Agenda




Summary

1

2

3

4




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11




elf hex


Supporting XMC1400













1

2

3

Value Proposition


















Real System


elf hex




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11




















Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11













Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11










Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11







Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11




Motor Control SMPS


Performance

ModusToolboxtrade


Lighting


Universal


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11


Agenda




Summary

1

2

3

4















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11















Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11





Thermal design






powered by PLECS




Supply (SMPS)

Magnetic design


Finder Tools











Cortexreg-M







Software amp Tools


Center)


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11


Tips amp Tricks














Enlarge the editor

area

Edit circuit

Search text

Solve artifacts





Import additional

SPICE models

More features

offline




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11




account


new circuit








for IR2110

1 2

3

4

5





pin name in symbol



right bottom









6

8

7

10

11





pin name in symbol



right bottom









6

8

7

10

11


Documents

Infineon Designer SPICE & XMC™ MCU co-simulation using