Recycle TI Power Stages:Gallium nitride (GaN) Power Stages,Si Power Stages

 

Shenzhen Mingjiada Electronics Co., Ltd., as a leading electronic component recycling service provider in China, leverages its professional industry expertise and global recycling network to specialise in electronic component recycling services, offering businesses efficient and compliant inventory optimisation solutions.

 

The main products recycled include: integrated circuits (ICs), 5G chips, new energy ICs, IoT chips, Bluetooth chips, automotive chips, AI ICs, Ethernet ICs, memory chips, sensors, IGBT modules, and various other electronic components.

 

Recycling Process:

1. Sort your excess IC/module inventory, identifying model, brand, production date, quantity, etc.

2. Send the inventory list via fax or email to our evaluation team.

3. Wait for the company's professional procurement quote. After reaching an agreement, both parties will negotiate the specific transaction method for delivery.

4. The company only recycles products sourced from official channels, such as distributors, traders, and end-user factories, and does not accept products from non-official channels.

 

TI Gallium Nitride (GaN) Power Stage

As a representative of third-generation semiconductor materials, gallium nitride (GaN) is rapidly transforming the landscape of power electronics with its exceptional high-frequency characteristics and energy efficiency advantages. TI's GaN power stage product series integrates advanced GaN FETs with driver circuits, setting new standards for efficient power conversion.

 

The technical advantages of TI's GaN power stage products are primarily reflected in three aspects: first, compared to traditional silicon-based devices, GaN technology can reduce switching losses by up to 80%; second, the integrated design simplifies system layout and reduces the impact of parasitic parameters; finally, TI's unique packaging technology enhances module reliability and thermal performance.

 

Applications of GaN power stages

Data centre power supplies: With the explosive growth in demand for cloud computing and AI computing power, the need for efficient power supplies in data centres has surged. Power supply solutions using the LMG3410R050 can achieve titanium-grade efficiency (96%) in data centre power supplies, significantly reducing operational costs.

Electric Vehicle Charging Infrastructure: Devices like the LMG3522R030 support higher power density DC fast charging designs, reducing the size of 350kW ultra-fast charging stations by 40%, thereby accelerating the adoption of electric vehicles.

Renewable Energy Systems: In solar inverters and energy storage systems, GaN power stages can improve conversion efficiency to over 99%, while reducing system weight and volume, thereby lowering installation and maintenance costs.

 

TI Silicon Power Stages

Although third-generation semiconductor materials such as gallium nitride (GaN) have garnered significant attention, traditional silicon-based power devices continue to hold a prominent position in industrial power supplies and consumer electronics due to their mature technology and cost advantages. Texas Instruments (TI) silicon power stage modules, with their reliable performance and broad application compatibility, have become core components in many power electronics systems.

 

Applications of Silicon Power Modules

Industrial motor drives: Silicon power modules, with their excellent shock resistance and mature reliability design, remain the preferred choice for many industrial variable-frequency drives and servo drive systems. Especially in cost-sensitive medium and small-power applications, the comprehensive advantages of silicon devices are evident.

Consumer power supplies: TVs, air conditioners, computer power supplies, and other consumer electronics extensively utilise TI's silicon power modules. The aftermarket for repairs and the manufacturing of used equipment for these products maintain a steady demand for original components.

Automotive auxiliary systems: While main drive inverters are gradually transitioning to SiC and GaN, silicon power devices are still widely adopted in automotive auxiliary power supplies, lighting systems, and other applications, creating a stable replacement market.