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Collection of articles to help you design better embedded systems.

Automotive Front Light LED Reference Design Using SEPIC Topology

This reference design offers a comprehensive and efficient solution for automotive lighting applications. It combines flexibility, cost-effectiveness, and robust performance to meet the demands...

Car Access Bluetooth And CAN Module Reference Design

The BLE and CAN satellite module streamlines automotive design with high bandwidth, low power consumption, auto-addressing, and precise Bluetooth localization. Integrating Bluetooth Low Energy (BLE)...

SEPIC Automotive LED Driver Reference Design

With this step-up/down, switch-mode DC-DC converter, the LED lighting solution is designed for efficiency and reliability in automotive environments. The need and importance of SEPIC...

Automotive SEPIC Reference Design

The SEPIC reference solution streamlines automotive rear lighting design, ensuring stable voltage regulation and robust performance across input voltages. The Single-Ended Primary Inductor Converter (SEPIC)...

Discontinuous Mode SEPIC Reference Design

The reference design for automotive SEPIC converters enhances modulation with a sinusoidal output of up to 120 Hz, simplifying complex design processes. Discontinuous Mode (DCM)...

Smart Brake Control And Diagnostics Reference Design

Smart brake control and diagnostics for servo drives and robotics enhance safety, reliability, and efficiency by replacing conventional methods and preventing accidents. The need for...

Synchronous Buck DC-DC Converter Reference Design

The reference design for a BUCK converter features analogue-digital fusion control technology for efficient power supply management. The control of switching power supply circuits using...

Flyback Isolated Power Supply Reference Design

These power supplies are particularly valuable in applications requiring multiple output voltages, high-voltage isolation, and compact design. Flyback-isolated power supplies are critical components in modern...

Isolated 40W Power Supply Reference Design

The design transforms 24V into multiple voltage rails, utilizes active-clamp topology, and improves both compactness and cost-effectiveness. An isolated power supply is a critical component...

5 kW Isolated DC-DC Power Supply Reference Design

A 5 kW bi-directional DC-DC converter offers high efficiency and power handling, suitable for EV charging and photovoltaic inverters using the DAB method. Toshiba's 5...

Reference Design For Off-line Isolated Power Supply

With low standby power, high efficiency, and robust protection features, it’s perfect for intelligent wall plugs, metering, and more. The rapidly expanding Internet of Things...

Reference Design For High-Side N-MOSFET (32s) Battery Pack

This reference design provides a comprehensive solution for advanced battery management, emphasizing efficiency, safety, and reliability across various high-cell-count and high-voltage applications. N-channel MOSFET control...

Reference Design For Single Burner Induction Cooktop

This reference design is a fully functional unit that achieves over 90% efficiency and consumes less than 0.5W in standby mode. Single-burner induction cooktops, available...

Dual Hob Half Bridge Smart Induction Cooktop Reference Design

The features of this full-featured starter kit ensure that induction cooktop solution remains at the forefront of technology for years to come. The Dual-Hob Half-Bridge...

Reference Design For Single Plate Induction Cooktop

Its low-cost and low-component count system further enhances its appeal, making it a valuable addition to the appliance market. The single-plate induction cooktop is an...

Thermoelectric Peltier Controller Reference Design

This reference design is suitable for applications needing strict temperature control, including consumer electronics, industrial processes, and medical devices, ensuring optimal operation, precise regulation,...

TEC Driver Reference Design For 3.3V Inputs

The TEC driver reference design utilises a buck-boost converter and a microcontroller to ensure precise temperature control for sensitive applications. Many electronic components, including laser diodes...

Obstacle Detection Reference Design Using AoP mmWave Sensor

The AoP mmWave sensor's high frequency and advanced processing enhance vehicle safety, efficiency, and convenience, meeting the demand for advanced automotive obstacle detection systems. Robust...
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