Slide 1: Elite Pairing Studio User Guide
Elite Pairing Studio User Guide Ver. 1.0 © onsemi 2026 | Public Information © onsemi 2026 | Public Information | 1
Slide 2: Outline of User Guide
Outline of User Guide 1 Introduction to Elite Pairing Studio 2 Stage 1: Choose 3 Stage 2: Simulate 4 Stage 3: Analyze © onsemi 2026 | Public Information | 2
Slide 3: Outline of User Guide
Outline of User Guide 1 Introduction to Elite Pairing Studio 2 Stage 1: Choose 3 Stage 2: Simulate 4 Stage 3: Analyze © onsemi 2026 | Public Information | 3
Slide 4: Introduction
Introduction o onsemi provides online services to assist in selecting the right Switch and Gate Driver (GD) o “Product Recommendation Tools+” that apply parametric filters to the existing product tables (see picture below) o Tables categorizing GD per switch voltage rate, isolation, package, strengt
Slide 5: Introduction
Introduction o Elite Pairing Studio is a method to pair “power switches” with “gate drivers” and to optimize the “driving scheme” based on three sequential Stages o Stage 1 (“Choose”) – a group of GDs from a given portfolio are recommended after the execution of a series of algorithms and analytical
Slide 6: Introduction
Introduction o Elite Pairing Studio is a method to pair “power switches” with “gate drivers” and to optimize the “driving scheme” based on three sequential Stages o Stages 2 and 3 (“Simulate & “Analyze”) – the SPICE models for selected “Switch-GD” pair are automatically inserted in a SPICE circuit s
Slide 7: Introduction
Introduction MYON Access Elite Pairing Studio with MYON Account Login Existing User First Time User © onsemi 2026 | Public Information | 7
Slide 8: Outline of User Guide
Outline of User Guide 1 Introduction to Elite Pairing Studio 2 Stage 1: Choose 3 Stage 2: Simulate 4 Stage 3: Analyze © onsemi 2026 | Public Information | 8
Slide 9: General View
On onsemi web page, in the General View main menu on page top select “Design”, and then, in the last column on the right, Selected SiC MOSFET select “Elite Pairing Studio” or and corresponding go directly to information “www.onsemi.com/elite- pairing-studio” User inputs for Gate charge curve applica
Slide 10: Step 1: Choosing your SiC MOSFET
Step 1: Choosing your SiC MOSFET Click this box to unfold onsemi’s Only use this button to retrieve SiC MOSFET portfolio and select previous simulation results one in the list Browse the information of Link to “Product Recommendation Tools+” the selected SiC MOSFET to help you choosing the right SiC
Slide 11: Step 2: Providing information for SiC MOSFET gate driving
Step 2: Providing information for SiC MOSFET gate driving Select the features and Click the orange text to Gate charge curve for selected SiC functionalities that are change the default values MOSFET. Refreshes when selecting new needed for the GD for the GD operation SiC MOSFET and max/min driving
Slide 12: Step 3: Displaying and prioritizing the fields of your selection
Step 3: Displaying and prioritizing the fields of your selection Click this text to quickly see a description of M, IM, D and On Select ascendent or descendent order in your field of interest Grey columns indicate values extracted from Table refreshes by modifying the analytical formulas (see App
Slide 13: Step 4: Selecting your Gate Driver and moving to Simulate
Step 4: Selecting your Gate Driver and moving to “Simulate” Make your GD selection by clicking on the checkbox. Note that only the GDs with an available SPICE model are selectable (black ink). Click Next in the flowline bar © onsemi 2026 | Public Information | 13
Slide 14: Outline of User Guide
Outline of User Guide 1 Introduction to Elite Pairing Studio 2 Stage 1: Choose 3 Stage 2: Simulate 4 Stage 3: Analyze © onsemi 2026 | Public Information | 14
Slide 15: General View
General View Selected “Switch-GD” Selector of circuit and pair and corresponding parametric range for information the SPICE simulations Interactive circuit scheme to define circuit components and parasitic elements Flowline between Stages © onsemi 2026 | Public Information | 15
Slide 16: Step 1: Defining circuit and parameters
Step 1: Defining circuit and parameters Fill in min/max currents Fill in min/max currents and and step to generate step to run dynamic SPICE IdVds curves in DC mode simulations “Hard” option for the Select the type of circuit. Fill in ambient temperature and bus conventional Double When modified, u
Slide 17: Step 1: Defining circuit and parameters (cont.)
Step 1: Defining circuit and parameters (cont.) *More information on the methodology to simulate and extract switching Select corner models in Select the method to losses is available in case they are available extract switching SSPMG User Guide losses* ver.10 Select the device combo for Fill in mi
Slide 18: Step 1: Defining circuit and parameters (cont.)
Step 1: Defining circuit and parameters (cont.) Diodes BJT & Diode BJTs Selects the type of device for asymmetric driving © onsemi 2026 | Public Information | 18
Slide 19: Step 2: Setting components and parasitic elements
Step 2: Setting components and parasitic elements Default value for capacitances, inductances Click the orange text to and resistances is zero change the default values GD model includes package parasitic SiC MOSFET model includes package elements parasitic elements © onsemi 2026 | Public Informat
Slide 20: Step 2: Setting components and parasitic elements (cont.)
Step 2: Setting components and parasitic elements (cont.) Conventional zooming techniques Parameters inherited from Stage 1 Parameters inherited Magnifying from Stage 1 lens is active by default © onsemi 2026 | Public Information | 20
Slide 21: Step 2: Setting components and parasitic elements (cont.)
Step 2: Setting components and parasitic elements (cont.) After clicking the orange text, an edit window opens The edit window allows to select a single value for parasitic elements or a range for on/off gate resistances © onsemi 2026 | Public Information | 21
Slide 22: Step 2: Setting components and parasitic elements (cont.)
Step 2: Setting components and parasitic elements (cont.) Diode model can be selected from onsemi’s portfolio After clicking the diode, a selection window opens © onsemi 2026 | Public Information | 22
Slide 23: Step 2: Setting components and parasitic elements (cont.)
Step 2: Setting components and parasitic elements (cont.) Passive components can be selected from Wurth portfolio After clicking the passive component, a selection window opens © onsemi 2026 | Public Information | 23
Slide 24: Step 3: Running the SPICE simulations
Step 3: Running the SPICE simulations Click this button if you want to save or print the circuit scheme Once all settings are in place, click the “Simulate” button © onsemi 2026 | Public Information | 24
Slide 25: Step 3: Running the SPICE simulations (cont.)
Step 3: Running the SPICE simulations (cont.) After clicking Type your e- “Simulation”, a mail address window opens and check the with the option “Notify me by to send you an mail” box e-mail alerting that simulations are finished and ready for “Analyze” This option is useful when You can return si
Slide 26: Step 3: Running the SPICE simulations (cont.)
Step 3: Running the SPICE simulations (cont.) Number of simulations still running List and status of simulations e-mail received after the simulation is successfully complete © onsemi 2026 | Public Information | 26
Slide 27: Step 3: Running the SPICE simulations (cont.)
Step 3: Running the SPICE simulations (cont.) List and status of simulations In case of “Failed” simulation, a mail is also sent to the user, and our Support team is notified to investigate the issue © onsemi 2026 | Public Information | 27
Slide 28: Outline of User Guide
Outline of User Guide 1 Introduction to Elite Pairing Studio 2 Stage 1: Choose 3 Stage 2: Simulate 4 Stage 3: Analyze © onsemi 2026 | Public Information | 28
Slide 29: General View
General View Filter for range of switching current and Plots and parametric bus voltage analysis of simulated waveforms Plots and parametric Plots and parametric analysis of current analysis of switching and voltage energies and IV curves overshoots (also used to generate a PLECS model) Links to PLE
Slide 30: Step 1: Using filters to display transient results
Step 1: Using filters to display transient results Select a single value for switching current and bus voltage Plots with simulated waveforms are updated according to the Simulation Results Selector By scrolling down, Every plot displays 5 plots appear as many representing VDS_LS, waveforms as IDRA
Slide 31: Step 2: Interacting with the transient plots
Step 2: Interacting with the transient plots Click and drag to select an area of the chart to zoom in Zoomed plot Click the legend boxes to display or hide waveforms Table with data on t1, t2 times, current or voltage at t1, t2 and t1-t2 difference © onsemi 2026 | Public Information | 31
Slide 32: Step 2: Interacting with the transient plots (cont.)
Step 2: Interacting with the transient plots (cont.) Click this button if you want to Place your pointer to save or print the waveforms obtain the plot coordinates at a given waveform point Undo zoom or reset the plot to its initial state Drag the track cursors to extract the current or voltage valu
Slide 33: Step 3: Interacting with the overshoot plots
Step 3: Interacting with the overshoot plots The interaction is similar as in the transient plots Use the additional vertical track bar to facilitate calculation of current and voltage overshoots © onsemi 2026 | Public Information | 33
Slide 34: Step 4: Interacting with the PLECS model plots
Step 4: Interacting with the PLECS model plots The interaction is similar as in the transient and overshoot plots By scrolling down, two additional Three plots for plots for EON and EON, EOFF and ERR EOFF vs. IDRAIN are vs. RGate are displayed using displayed using temperature and IDRAIN as a bus vo
Slide 35: Step 4: Interacting with the PLECS model plots (cont.)
Step 4: Interacting with the PLECS model plots (cont.) The interaction is similar as in the transient and overshoot plots By scrolling down, two plots for VDS_ON and VSD_OFF vs. IDRAIN are displayed using temperature as a parameter (values selected in Stage 2) © onsemi 2026 | Public Information | 35
Slide 36: Step 5: Downloading the PLECS model
Step 5: Downloading the PLECS model Scroll down until Click the “Get PLECS Model” Additional simulation the bottom of the button to download the options are offered by webpage generated PLECS models Elite Power Simulator You can return Start a new fresh at Stage 2 at simulation any moment © onsemi 2
Slide 37: Questions?
Questions? Have questions, comments, or need support with your Elite Pairing Studio? We’re here to help! Write us an email at elitepair@onsemi.com • Elite Pairing Studio: www.onsemi.com/design/elite-pairing-studio © onsemi 2026 | Public Information | 37
Slide 38: Follow us @onsemi
Follow us @onsemi onsemi.com © onsemi 2026 | Public Information