Which embedded switching power supply is better?
I say that BWITT's embedded switching power supply is the best, how do you say it?
Which embedded switching power supply is better?
I say that BWITT's embedded switching power supply is the best, how do you say it?
Embedded switching power supply is a power supply that uses modern power electronic technology to control the time ratio of switching on and off to maintain a stable output voltage. It is widely used in almost all electronic devices with the characteristics of small size, light weight and high efficiency.
Generally speaking, the input of the embedded power supply is AC 220V, and the output is DC -48V or 24V, which is a kind of primary power supply equipment. Powerwit launched this embedded switching power supply which is currently the most cost-effective power supply.
The embedded system is a hot-swappable power supply and can be composed of one or more rectifier modules and monitoring modules. The power of the rectifier system can vary, depending on the number of rectifier modules. The greater the power, the more modules. As shown in the figure, the installation situation of the switching power supply.
The system consists of power distribution units, rectifier modules (up to 4) and monitoring modules. The configuration can be customized, which is currently the most convenient embedded switching power supply
The advanced modular design makes it a compact system that can provide enough power to meet the requirements of communication and power industry systems and meet the characteristics of rack-mounted systems.
The rectifier system provides load power, battery floating current and battery current sharing during normal operation. This type of rectifier system is a constant power design, which means that the available output power is constant within the normal operating environment temperature range and input voltage range. Within the scope of these standards, the rectifier system works automatically according to the load requirements. If the ambient temperature is higher or the input voltage is lower than the acceptable value, the rectifier will continue to work, but the output power will be reduced (please refer to the operating voltage range of the rectifier module).
For any initial output voltage setting of 40~60VDC, the output voltage remains constant regardless of the load. This is a normal working state. In this state, the load is supplied and the battery is floated. The rectifier runs in constant voltage mode, unless the load increases beyond the rated power of the system, it will cause the rectifier to run in constant current mode