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Application Note
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Innovative production process to achieve low loss and high reliability of VSHB series integrated inductors for automotive grade
Innovative production process to achieve low loss and high reliability of VSHB series integrated inductors for automotive grade With the integration and intelligence of automotive functions, how to achieve optimal inductor product performance within...
Jul. 17. 2025 -
CODACA's high current inductors are applied to industrial power systems
The application field of industrial power supply is very wide, and the demand for inductance products is also diverse in different application fields and devices, making it necessary to tailor inductors for many scenarios.
Jul. 16. 2025 -
Automotive Grade Inductors Efficiently Improve the Conversion Efficiency of New Energy Vehicle DC/DC Converter
According to different application scenarios, Codaca Electronics also provides customers with a variety of tailor-made automotive grade inductor solutions.
Jul. 15. 2025 -
CODACA's automotive grade inductors assist in the innovation of automotive lighting products
Car designs usually use the same control circuit to drive all headlight functions, such as low beam, high beam, daytime running lights, and cornering lighting.
Jul. 14. 2025 -
CODACA Digital Amplifier Inductors — Enabling High-Quality, Low-Distortion Audio Designs
Therefore, in order to meet the requirements of high efficiency, low temperature rise, high fidelity, high reliability, and small size of class D power amplifiers, the selection of filter inductors has become particularly crucial.
Jul. 13. 2025 -
Codaca Digital Amplifier Induction for EPC9192 Digital Amplifier Reference Design
The EPC9192 adopts the high current digital amplifier inductor CPD2315FA-100M, which is independently researched and designed by codaca Electronics, to help realise the high fidelity, low distortion, and low noise of digital amplifier equipment.
Jul. 10. 2025 -
Demystifying Qualcomm's Automotive Domain Controller Level 1 Power Supply Design: Schematic Design and PCB Design
This series of articles contains three series (subsequent continuous updates): 01-Deciphering Qualcomm Automotive Domain Controller Level 1 Power Supply Design: Power Supply Design and Calculation (Published) 02-Deciphering Qualcomm Automotive Domain Controller Level 1 Power Supply Design: Schematic Design and PCB Design (this chapter) 03-Deciphering Qualcomm Automotive Domain Controller Level 1 Power Supply Design: Performance Test Measurement Analysis (to be released)
Jul. 09. 2025 -
Demystifying High Pass Domain Controller Level 1 Power Supply Design: Power Supply Design and Calculation
This paper combines the large dynamic switching power supply current (100-300%) automotive central domain control level 1 power supply design, to explore the design of DC-DC switching power supply, including power supply scheme, inductor, capacitor selection and other design methods; taking into account the volume, cost, efficiency, performance challenges to explore and practical landing design.
Jul. 08. 2025 -
Application classification and selection of common mode inductors
For the same common-mode series, packaging structures of different sizes are suitable for different current sizes and filtering bandwidths: the larger the size, the lower the magnetic resistance of the magnetic core, which can reduce the number of winding turns, so that the wire diameter of the copper wire can be enlarged and a larger current loop can be used; the higher the inductance value or the lower the stable frequency of the material's magnetic permeability, the narrower the applicable filtering bandwidth, and such a common-mode inductor placed in the loop is likely to have no noise suppression effect on the high-frequency end.
Jul. 07. 2025 -
Power Inductors for 48V Mild Hybrid System VSRU27 Series
The standard 48V system consists of three main components: a motor, a lithium-ion battery pack, and a DC-DC converter. 48V systems can be viewed as an upgraded version of the 12V system, expanding on the 12V system to handle higher loads, and can be efficiently coupled to these systems using a lift-off converter.
Jul. 06. 2025 -
Power Inductors Heating Analysis and Solutions in Electric Vehicle Power Systems
In electric vehicles (EV), power inductors are critical for efficiently converting electrical energy to meet the demands of various onboard systems. Their performance directly affects the vehicle’s overall efficiency, power delivery, and safety. As EV technology advances and market demands increase, optimizing the performance of onboard power inductors has become essential.
Mar. 20. 2025