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Acquisition Infineon OPTIREG™ Power Supply IC:OPTIREG™ SBC,OPTIREG™ PMIC,OPTIREG™ Switcher,OPTIREG™ Linear

Shenzhen Mingjiada Electronics Co., Ltd. is a professional electronic components supplier. We specialise in high-end devices, RF devices, 5G devices, new energy ICs, high-end connectors, as well as some cold, out-of-stock and out-of-stock various electronic components. We have established close co-operation with global well-known electronic component manufacturers to ensure that the components supplied are from regular channels and of reliable quality.

Recycling types: IC ICs, 5G chips, new energy ICs, IoT chips, Bluetooth chips, automotive chips, AI ICs, Ethernet ICs, memory chips, sensors, IGBT modules and so on.

Recycling Process:

If you have stock electronic components to be disposed of, you can send the IC/module inventory to be sold by email. Our company will send professionals to your home to carry out preliminary testing and classification of your inventory electronic components, and give the corresponding recycling price according to the type, quantity, quality and other factors of the recycled components. If both parties reach an agreement, we can negotiate specific transaction methods for delivery.

Mingjiada Electronics is committed to digesting the inventory for customers, reduce warehousing, and reduce the cost of warehousing as well as management costs, specialising in the recycling of high-end electronic chips, to provide customers with high-quality recycling services. At the same time, we also pay attention to the latest developments in electronic products and technology to ensure that our recycling services always keep pace with market demand.

Infineon's OPTIREG™ power IC family:

1. OPTIREG™ SBC (System Basis Chip): Single-chip solution with integrated power management, communication interface and monitoring functions, widely used in automotive electronics systems

OPTIREG™ SBCs (System Basis Chips) are highly integrated solutions developed by Infineon for automotive electronics and industrial control systems. These chips typically integrate power management for multiple voltage rails, CAN/LIN communication interfaces, watchdog timers and safety monitoring functions in a single package. In automotive applications, OPTIREG™ SBCs are AEC-Q100 compliant with fault detection and redundant power supply capabilities, and are a core component of Advanced Driver Assistance Systems (ADAS), body control modules and in-car infotainment systems.

2、OPTIREG™ PMIC (Power Management Integrated Circuit): Multi-output, high-efficiency power management chip for portable devices and embedded systems

The OPTIREG™ PMIC (Power Management Integrated Circuit) series provides multi-output, high-efficiency power conversion solutions for portable devices, IoT terminals and embedded systems. These ICs typically integrate buck converter, boost converter, LDO regulator, and battery management functions, and support dynamic voltage regulation and low-power mode.

3, OPTIREG™ Switcher: including Buck, Boost and Buck-Boost topologies, providing high-efficiency power conversion.

In the field of switching regulators, Infineon's OPTIREG™ switching family includes synchronous buck converters (e.g. TLE6389), boost converters and flyback controllers in various topologies. These devices use high-frequency switching technology (switching frequencies exceeding 2MHz in some models), allowing the use of small external inductors and capacitors to save PCB space. At the same time, their advanced control algorithms (e.g. D-CAP3 mode) ensure excellent load transient response and stability.

4、OPTIREG™ Linear: Low Noise, High Accuracy Regulator Solutions for Applications with Stringent Power Quality Requirements

For noise-sensitive applications, Infineon's OPTIREG™ linear regulators offer an irreplaceable solution. These products, such as the TLE42744 series, feature extremely low output noise (typically <30μV) and high power supply rejection ratio (PSRR) to provide ‘clean’ power supplies for RF front-ends, high-precision sensors and medical devices. Although linear regulators are less efficient than switching regulators, their simplified peripheral circuits and superior noise performance have made them consistently relevant in specific areas.