The application of SMPS (Switched Mode Power Supply) is extensive across different sectors, including railways, telecom, power sector, and more. But understanding its working mechanism isn’t as easy as it may seem. Before you start using it, it is always essential to know how it works, its specifications and areas of application to make a well-informed decision. Here in this web blog, we will help you gather detailed knowledge on an SMPS battery charger. Read on to know more.
What is an SMPS battery charger?
SMPS is typically an electronic circuit that is responsible for converting the power using storage components such as a capacitor or inductor and switching devices. While the switching equipment is operated at high frequencies, the storage equipment is used for supplying power at the time when switching devices are in the non-conduction state.
These battery charger series are current limited and fixed output voltage chargers designed for ensuring permanent connection to the Genset charger batteries. They function to keep the batteries always charged without overcharging them.
What are the features of an SMPS battery charger?
Some of the user-friendly features of these battery chargers are:
- Pre-programmed profile for charging
- Charger prevents over-charging and over-heating of battery
- Blinking LED lights for charging indication
- CV mode for charging indication
- Notification for end of charging
- Easy replacement of the mother board
- Availability of table/panel/wall mounting options as per the customers’ preferences
What are the important things to know?
- It’s always important to have a fair idea of the different things to know about SMPS battery chargers. Following here are some of the vital points discussed.
- Its efficiency level is high, mostly 60-65 %.
- It is comparatively less bulky than the linear power supply.
- Its reliability typically is based on the transistors which are used for switching.
- It is responsible for converting the input signal into DC and terminates the voltage to its required level.
- RF shielding is necessary dianabol for sale as the switching generates more RF interference.
- The effect of electromagnetic interference and the effect of noise is prominent, and so you will require EMI filters.
- The feedback circuit is responsible for regulating the voltage in these battery chargers.
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