VN5E010MHTR-E

In the power circuit system, VIPower™ VN5E010MHTR-E plays a core role, responsible for distributing, regulating, and managing the energy provided by the power supply or battery to ensure that each chip and device can work properly, enhance circuit performance and service life. With the continuous development and popularization of electronic devices, the importance of PMIC in electronic devices is becoming increasingly prominent, and its market demand is also showing a growing trend.

Features

This power management IC VN5E010MHTR-E is a high-performance, multifunctional power solution with excellent electrical characteristics and reliability. Firstly, it has the maximum output current capability of 60A, which can meet the needs of various high current loads. In addition, to ensure the stability of the system, the IC also provides comprehensive fault protection functions, including Current Limiting (Fixed), Over Temperature, Over Voltage, effectively preventing damage to the circuit caused by overcurrent, overheating, and undervoltage.

In terms of output characteristics, VN5E010MHTR-E adopts the Non-Inverting input type and implements power management through the On/Off interface. It provides 1 outputs, configured as High Side, suitable for various application scenarios. At the same time, the IC adopts the N-Channel output type, which has a low on resistance, typical value of 10 mOhm, thereby reducing power loss and improving energy efficiency.

In terms of operating temperature, the operating temperature range of the chip PMIC VN5E010MHTR-E is -40°C ~ 150°C (TJ), which can maintain stable performance under a wide range of temperature conditions. The feature of this chip is Auto Restart, and it uses General Purpose switch type. In addition, it also adopts a compact packaging form, with supplier equipment packaged as 6-HPAK, making it easy to integrate into the circuit board.

VN5E010MHTR-E has a high precision ratio and maintains a precise 1:1 relationship between input and output, which means that the amplitude of the input signal will be accurately copied onto the output signal, ensuring that the signal is not distorted during power management. This characteristic is crucial for applications that require maintaining signal integrity, such as precise voltage regulation, signal transmission, and power distribution.

STMicroelectronics VN5E010MHTR-E supports a wide load voltage range, 4.5 V ~ 28 V. This feature enables the IC to adapt to various electronic devices and application scenarios, whether it is low-power portable devices or high-power industrial devices, and can receive stable and reliable power support. This voltage range also complies with many industry standards, allowing the chip to be seamlessly compatible with various other electronic components and systems.

STMicroelectronics usually uses TO-252-7, DPak (6 Leads + Tab) standard packaging and Digi-Reel® standard packaging methods to facilitate automated production, rapid assembly, and warehouse storage and preservation. VN5E010MHTR-E belongs to PMIC Power Distribution Switches, a type of Load Drivers.

Applications

● Automotive Electronics

Mainly including car chargers, battery management systems, car lighting systems, etc. The power management IC has the characteristics of high efficiency, stability, and safety to ensure the normal operation of the car.

● Network equipment 

Servers, routers, switches, etc. provide stable and reliable power supply to ensure the normal operation of equipment and secure data transmission.

● Medical equipment

Such as medical monitors, ultrasound equipment, blood dialysis machines, etc., meet their extremely high requirements for power stability and safety, and play a role.

● Consumer electronics

Smartphones, tablets, laptops, digital cameras, Bluetooth earphones, and many other products. Among these devices, Power Distribution Switches and Load Drivers are responsible for controlling the power supply, achieving energy conversion and optimization, and ensuring maximum device performance and battery life.