DSP Based Pure Sine wave devasena Inverter

This Micro Controller based digital sine wave Inverter using DSP (Digital Signal Processor) ,Inverter are true sine wave output. These are advanced technology. This Inverter is a very robust design which will not fail in any extreme conditions Inbuilt SMPS type intelligent four stage battery charger constant current charging with full charge cut-off. Priority solar charging when solar panel is connected mains charger will be in stand by and priority will be for solar charger.

The sinewave inverter is a device that converts direct current (DC) to alternating current (AC). It is used to power appliances and equipment that require AC power. The inverter produces a sinusoidal waveform, which is the type of waveform that is used in residential and commercial power systems. To understand the waveforms produced by the sinewave inverter, it is necessary to be familiar with the waveform of a sine wave. A sine wave is a mathematical function that describes a continuously changing waveform of time. Devasena Sinewave inverters are used in a variety of applications, such as in telecom, renewable energy, and industrial. They use an electronic circuit to change the direction of an alternating current (AC) signal. This can be useful for powering equipment that needs to run on AC power but may be incompatible with direct current (DC). If you need a sinewave inverter, you can find the best at Devasena contact us today at to get the one of the best sinewave inverters.


  • Battery input voltage : 12V, 24V & 48V
  • Mains input Voltage : 230V AC 50Hz
  • AC output (Inverter) : 230V + 3% 50Hz
  • Inverter output power : 100VA – 5000VA
  • Battery Charging : Constant current SMPS charging with full charge cut off
  • Charging current : Settable up to 15A
  • Charger working range : 120V – 280V AC mains input
  • Mains Over volts : Up to 440V
  • Protection:

    Deep Charging, Over Charging, Battery Low, Over Load, Short circuit, Mains over voltage reverse connection of mains input Phase in Phase out, reverse connection of mains input Phase and neutral of input. In all these error conditions will be shown in the LCD Display

    LCD will Display:

    Mains Voltage, Battery Voltage, AC output voltage, Load percentage, Charger On/ off, solar charging, Main charging, Over Load, Short Circuit, Heavy Load trip, Short circuit trip, UPS mode/Inverter mode, Mains is connected to inverter output, Neutral and phase connection reverse.

    Types of sinewave Inverter:

    An inverter is a device used to convert direct current (DC) to alternating current (AC). Inverters can be either transformer-based or transistor-based. Sinewave inverters produce a more consistent power than other types of inverters, and are therefore preferred by many people.

    There are two main types of sinewave inverters:

  • Modified sinewave inverters
  • Pure sinewave inverters
  • Modified sine wave inverters are less expensive than pure sine wave inverters, but they are not as reliable and they can cause some electronic equipment to malfunction. Pure sine wave inverters provide cleaner power than modified sine wave inverters, and are therefore better for sensitive electronic equipment.

    Types of sinewave Inverter:

    The Devasena sinewave inverter how it works is by taking the direct current (DC) from the solar panels or batteries and converting it into alternating current (AC). This AC can then be used to power devices in your home such as lights, TVs, computers, and more.

    Devasena sinewave inverter is a simple device that does not require much power to operate. Its main purpose is to provide electricity for your home and keep it powered when the sun goes down or when the batteries are drained.

    The price of Devasena sinewave inverter is also a good one. It is priced lower than many other solar power systems, making it more affordable to the many who have found that they can no longer afford to pay for the electricity they are using.

    If you still have any query, don’t feel hesitate to reach us out at and get the best quote from our experts.

    Advantages of using Devasena Sinewave Inverters

    Inverters have been around for a long time, and there are many different types available on the market. However, Devasena Sinewave Inverters offer several advantages that make them worth considering.

  • First, they are very reliable and have a long lifespan.
  • They also produce very clean power, which is important for electronics devices.
  • Additionally, they are easy to use and maintain, and they come with a variety of features that can be customized to meet your needs.
  • Conclusion:

    Devasena Sinewave Inverters is a company that manufactures and supplies solar inverters and other renewable energy products. The company has a wide range of products to suit different requirements, and is known for its quality and durability. Devasena Sinewave Inverters also provides excellent customer service, with quick turnaround times for orders and repairs. Devasena sinewave inverters are a great option for those looking for an efficient and reliable inverter. They are easy to install and operate, and provide clean, reliable power for your home or business.

    FAQs Answer for Devasena Sinewave Inverters

    1) What is a sinewave inverter?

    A sinewave inverter is an electronic device that converts direct current (DC) into alternating current (AC). The output AC can be either a pure sinusoidal waveform or a modified sinusoidal waveform.

    2) What are the benefits of using a Devasena sinewave inverter?

    There are several benefits of using a sinewave inverter:

    - improved power quality

    - reduced electromagnetic interference

    - lower levels of heat generation

    - higher efficiency

    - reduced cost

    3)How does a sinewave inverter work?

    A sinewave inverter usually consists of four main components:

    - a rectifier to convert AC into DC

    - an inverter to convert DC into AC

    - a filter to smooth the waveform

    - a transformer to step up or step down the voltage

    4) What are the different types of sinewave inverters?

    There are two main types of sinewave inverters:

  • Modified sinewave inverters
  • Pure sinewave inverters
  • 5)How do I choose the right sinewave inverter for my application?

    When choosing a sinewave inverter, you need to consider the following factors:

    - power rating

    - input voltage

    - output voltage

    - waveform

    - efficiency

    - size

    - weight

    - cost

    6) What are the applications of Devasena sinewave inverters?

    Sinewave inverters are used in a variety of applications, including:

    - solar power systems

    - wind power systems

    - UPS systems

    - DC/AC power supplies

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