company blog about Recycle TI MOSFETs:N -Channel MOSFETs,P-Channel MOSFETs,Power Blocks

Recycle TI MOSFETs:N -Channel MOSFETs,P-Channel MOSFETs,Power Blocks

Shenzhen Mingjiada Electronics Co., Ltd. is a leading electronic component recycling service provider in China, specialising in the recycling of electronic components, including: integrated circuits, 5G chips, new energy integrated circuits, IoT integrated circuits, Bluetooth ICs, vehicle-to-everything (V2X) ICs, automotive-grade ICs, communication ICs, artificial intelligence ICs, storage ICs, sensor ICs, microcontroller ICs, transceiver ICs, Ethernet ICs, WiFi chips, wireless communication modules, connectors, and more. With professional market insight and an extensive sales network, we offer customers the most competitive recycling prices and are committed to becoming their most trusted partner in the electronic component recycling industry.

Recycling Process:

1. Sort your surplus IC/module inventory, identifying model, brand, production date, and quantity.

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 components sourced from official channels, such as distributors, traders, and end-user factories, and does not accept components from non-official channels.

NexFET™ MOSFET offers a wide range of N-channel and P-channel power modules as well as discrete power solutions. Our highly integrated MOSFETs support higher efficiency, longer battery life, higher power density, and higher frequencies for fast switching. These advantages provide flexibility for miniaturised designs and enable design engineers to reduce time-to-market.

N-channel MOSFET

N-channel MOSFETs are a key component of the T Power Semiconductor product line, offering advantages such as low on-resistance and fast switching speed.

TI N-channel MOSFETs primarily include the following types:

Low-voltage N-channel MOSFETs (<100V): such as CSD17313Q2, CSD18532Q5B, etc., suitable for power management, LED drivers, and other consumer electronics applications.

Medium-to-high voltage N-channel MOSFETs (100V–600V): including models such as CSD19536Q5A and CSD19535KCS, commonly used in industrial motor drives, switching power supplies, and other applications.

Ultra-high voltage N-channel MOSFETs (>600V): primarily used in high-power applications such as renewable energy generation and electric vehicle charging stations.

These N-channel MOSFETs utilise advanced process technologies, such as TI's NexFET™ power MOSFET technology, featuring optimised gate charge (Qg) and low on-resistance (RDS(on)) characteristics, significantly enhancing system efficiency.

P-channel MOSFETs

P-channel MOSFETs are commonly used in circuit design to simplify power management architectures. TI's P-channel products are renowned for their high performance and reliability.

TI P-channel MOSFETs include:

Standard P-channel MOSFETs: such as the CSD25404Q3 and CSD25402Q3 models, suitable for load switching, power path management, and other applications.

Automotive-grade P-channel MOSFETs: products compliant with AEC-Q101 certification, such as the CSD25401Q3A, suitable for automotive electronic systems.

Small-signal P-channel MOSFETs: Utilising compact packages such as SOT-23, these are designed for portable devices and space-constrained applications.

TI's P-channel MOSFETs feature low gate charge and optimised body diode characteristics, reducing switching losses and enhancing overall system efficiency.

Power Blocks

Power Blocks integrate MOSFETs, driver circuits, and protection functions, suitable for applications requiring high power density and efficiency.

Key models include:

LMG3410R050: Integrates a 600V GaN FET with driver circuits, supporting efficient power conversion, suitable for server power supplies, data centres, and industrial power systems.

LMG3522R030: 650V GaN power module with overcurrent protection and temperature monitoring functions, widely used in electric vehicle charging stations, solar inverters, and other high-power applications.

Traditional silicon-based power modules: including various DC-DC converters, POL (Point-of-Load) modules, etc.

TI's Power Blocks utilise advanced packaging technology and thermal management design to significantly enhance power density and system reliability.