Advanced Support Tools
Nexperia doesn’t just develop high-performance power products and innovative power technologies. We also create the most advanced tools to provide knowledge, learning, and support for design engineers.
Learn more about our electrothermal MOSFET models, try out our interactive application notes, watch our quick learning videos or download the MOSFET and GaN FET Application Handbook: A Power Design Engineer’s Guide.
.jpg)
Interactive Datasheets
Pioneering interactive datasheets put MOSFET behavior analysis at engineers' fingertips. By manipulating interactive sliders, users can manually adjust voltages, current, temperature, and other conditions for their circuit application. Allowing engineers to observe instantly how the device's operating point dynamically responds.
Offering real-time visualisation of parameter interactions and eliminating the need for manual calculations or setting up and debugging a circuit simulation, thereby significantly increasing productivity.
Look out for the interactive datasheets button at the top of the product page.
How will you utilise interactive datasheets? How could we enhance future versions of the tool to support you further? Send your feedback to ID-feedback@nexperia.com
.png)
Evaluation Boards
Explore our wide selection of evaluation boards to test the performance of our devices. Gain valuable insights into how our products can enhance your application, focusing on efficiency, robustness, and reliability.
.png)
Light Energy Harvesting - Energy Balance Calculator
A powerful and intuitive web-based tool that helps you maximize the battery life of your application by unlocking the benefits of our energy harvesting technology.
With this calculator, we offer real-time visualization of the amount of harvested light energy that can be calculated based on the light intensity, cell size, and chip efficiency.
Electrothermal MOSFET models
Validating circuit designs when using Power MOSFETs can be a challenging process. Accurate modelling of the dynamic characteristics of the device is key to EMI consideration. If the model is not realistic, EMC problems cannot be recognized thereby causing issues down the line, likely when the designer has already committed to layout.
With Nexperia's new electrothermal MOSFET model, the engineer is provided the capability to validate their circuit design during the preliminary stage of the project.
Learn more about using electrothermal models through our comprehensive how-to-guide, including worked simulations.
Learn more
Quick Learning Videos
Want to understand which parameters to look out for on a datasheet? Do you need to know design considerations you should take when using sub-milliohm MOSFETs? Or do you want to know how to assess switching performances? Let Nexperia’s engineering community help you to gain new insights.
By Engineers, for Engineers. Click here to see the full Quick Learning playlist.
Interactive Application Notes
Nexperia interactive application notes use PartQuest Explore simulations to bring traditional written application notes to life. Providing guidelines for various power designs and topologies using embedded simulations to enhance your user experience.
Using SPICE and VHDL-AMS modelling to allow you to model any physical system such as electronic, mechanical, pneumatic, electromechanical and thermal components, enabling you to optimise your design more accurately.
-
Interactive application notes
Nexperia interactive application notes use PartQuest Explore simulations to bring traditional written application notes t...閱讀更多 -
IAN50001 - Reverse battery protection in automotive applications
This interactive application note considers four methods of reverse battery protection (RBP) that can be used in 12 V aut...閱讀更多 -
IAN50002 - LED side light SEPIC DC-to-DC converter
This interactive application note provides a general guideline of Single-Ended Primary Inductance Converter (SEPIC) DC-to...閱讀更多 -
IAN50003 - Driving solenoids in automotive applications
There are a wide variety of solenoid drive circuit topologies, most of these use MOSFETs in various configurations . This...閱讀更多 -
IAN50004 - Using power MOSFETs in DC motor control applications
This interactive application note aims to give some general insights into how to drive a DC motor using Nexperia Power MO...閱讀更多 -
IAN50005 - Paralleling power MOSFETs in high power applications
This interactive application note examines how current sharing imbalances between paralleled MOSFETs are affected by vari...閱讀更多 -
IAN50007 - Conducted battery line transients
Simulating the effect of applying ISO standard conducted transients to MOSFETs in 12 V, 24 V and 48 V systems閱讀更多 -
IAN50009 - Power MOSFET applications in automotive BLDC and PMSM drives
This interactive application note examines power MOSFET applications in automotive BLDC and PMSM drives.閱讀更多
Nexperia Handbook Library
The Nexperia library of Design Engineer’s Guides provide a technical encyclopedia to help you optimize your electronic designs. A collection of technical and application insights ‘from engineer to engineer’, we share expertise and learnings that Nexperia’s engineering teams have built up over many years of helping customers in a variety of sectors take their applications from initial concept, though prototyping and on into final production.
Application Guide
Now available for download: our latest Application Guide, designed specifically for engineers and developers. This guide features over 80 one-page application solutions, each with a clear block diagram, technical details, and recommended devices.
From motor control to ADAS Radar systems and solar inverter designs, this document highlights how Nexperia’s products can support your work. The product section provides in-depth information on selected devices and the latest evaluation board releases, offering practical insights to help optimize your designs.
%20(1).png)