Supply TI Power Switches:High-Side Switches,Load Switches,Low-Side Switches,Power Muxes

 

Shenzhen Mingjiada Electronics Co., Ltd., as a globally renowned distributor of electronic components, has long specialised in the supply and service of electronic component products, providing efficient and reliable solutions for industries such as industrial automation, consumer electronics, communication equipment, and automotive electronics. The company has become the preferred partner for many enterprises in the power switch field thanks to its direct supply from original manufacturers, extensive product range, and rapid delivery capabilities.

 

Specialising in: 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.

 

The company possesses the following core competitive advantages in supply:

Direct supply from original manufacturers: All chips are genuine original products, ensuring that customers receive the same quality and performance as those from the original manufacturers. The company provides complete batch numbers, COC certificates, and factory test reports, and supports third-party inspections to completely eliminate the risk of counterfeit or substandard products.

Full-category inventory: With ample inventory and competitive pricing, we support flexible procurement needs ranging from as few as one sample chip to orders of tens of thousands of chips.

Rapid delivery capability: Leveraging domestic warehousing centres and an efficient logistics system, we achieve domestic warehouse shipments within 48 hours and global delivery within 72 hours, significantly reducing customer project timelines. For urgent needs, the company can provide expedited logistics services.

 

TI High-Side Switch Products and Applications

A high-side switch is a power switching device used in electronic systems to control the connection between the power source and the load, positioned between the power source's positive terminal and the load. TI high-side switch products are renowned for their high integration and multiple protection features, making them particularly suitable for applications with stringent reliability requirements, such as automotive electronics and industrial control systems.

 

Application Areas

Automotive Electronics Systems: Body control modules (door locks, windows, lighting system control), automotive heating systems (seat heaters, radiator heaters), powertrain control (transmission control units), and ADAS modules (Advanced Driver Assistance Systems power distribution).

Industrial Automation: Programmable Logic Controllers (PLCs), industrial PCs, Computer Numerical Control (CNC) machine tools, factory automation I/O modules, and drive control for various industrial actuators.

Smart Home and Consumer Electronics: Motor control for large appliances, power management for smart sockets, and high-power LED lighting systems, etc.

 

TI Load Switch Products and Applications

Load switches play the role of ‘smart power gates’ in modern electronic systems. They not only control power on/off but also provide advanced functions such as surge current suppression, power sequencing, and status monitoring.

 

Application Areas  

Computing and Consumer Electronics: Power rail allocation and management for Ultrabooks™ and laptops; multi-power domain management for tablets to optimise battery life; power control for sensors and peripheral devices in smart home appliances.  

Communications and Network Equipment: Power control for different functional modules in set-top boxes and gateway devices; power sequencing management for multiple functional units on telecom system boards; efficient power allocation for 5G small cells.

Industrial and Automotive Electronics: Power management for sensors and actuators in industrial automation control systems; power state control for multiple functional modules in in-vehicle infotainment systems; precise power distribution and protection for battery management systems (BMS).

Medical and Test Equipment: Reliable power supply for critical circuits in portable medical devices; clean power switching for test and measurement instruments to avoid test interference.

 

TI Low-Side Switch Products and Applications

Low-side switches play a crucial role in precisely controlling current paths in electronic systems, positioned between the load and ground, and are particularly suitable for applications requiring high-efficiency conversion.

 

Typical Application Scenarios

Consumer Electronics: Power management and peripheral device control in smartphones and tablets; overcurrent protection for USB ports; low-power power switching in wearable devices.

Industrial control systems: Digital output drivers for PLC modules; industrial sensor interface circuits; drive control for small motors and relays.

Automotive electronics: Lighting and small motor drive in body control modules; peripheral device control for infotainment systems; actuator drive for automotive comfort systems.

Network equipment: Power distribution systems for routers and switches; protection circuits for communication ports; LED status indicator drive for network equipment.

 

TI Power Multiplexer Products and Applications

Power multiplexers (Power MUX) are key components in modern electronic systems for achieving power redundancy and seamless switching, particularly suitable for applications requiring high reliability.

 

Typical Application Scenarios

Communication Equipment: Power redundancy systems for 5G base stations and optical network equipment; multi-power input management for routers and switches.

Industrial control systems: Redundant power supply design for PLC and DCS systems; backup power supply switching for industrial automation equipment.  

Medical electronics: Seamless power supply switching for life support equipment; battery/external power management for portable medical instruments.  

Data centres: Uninterruptible power supply (UPS) systems for servers; power failure protection for storage equipment.  

Automotive electronics: Power management for in-vehicle infotainment systems; redundant power supply design for ADAS modules.