Today we are going to review Everest EPS30 ABS This is a good stabilizer for your digital television, set top box and your home theater system, this model is a EPS30 ABS from Everest. On the box the you can find some photo of the stabilizer, that's how it suppose to look inside

You can find German technology and 12 months warranty period in the box. This contain a input power of 170 to 270 volts and output power of 200 to 240 volts good enough for your television, home theatre system and DVD's and this also got various other features like Sophisticated Solid State Circuitry Technology, User Friendly Display, Power Saving Technology, Noise Free and much more. The weight is 2000 grams you can feel it while handling it and this is not wall mountable actually a floor type

The price which i bought is for Rs.759 which is comparatively less when i compare to other brands and find the same product directly from Everest stabilizer with much more lesser price of Rs.687 its better to buy directly from manufacturer. And the reviews from snapdeal customer is 3.9 out of 5 and the reviews from flipkart customers is 3.6 out of 5. Most people are well satisfied with the price

The Everest EPS 30 Voltage Stabilizer is a great solution for home entertainment systems as it functions without any noise. The stabilizer also helps you save up to forty percent power by reducing unnecessary consumption. This means lower electricity bills.

Great design
The stabilizer is extremely compact, even with all the incredible features incorporated in it. The bright colour and superior ABS plastic body makes it easy to clean. The stabilizer can be placed on the floor or on a flat surface such as your TV cabinet. A helpful display on the stabilizer keeps you informed about the voltage supply to your home entertainment system. The entire unit weighs a total of two kilograms.

Compatible devices
The Everest EPS 30 Voltage Stabilizer works great with television sets and home entertainment systems including docking stations, home theatre systems and other speaker sets.

Sophisticated technology
Everest voltage stabilizers ensures that you only get the best from this stabilizer as it employs the state-of-the-art Solid State Circuitry technology that makes its more reliable and stable.

Power range
The stabilizer works on an input power between 170 Volts to 270 Volts and an output power between 200 Volts and 240 Volts. 

Everest EPS30 ABS Voltage Stabilizer Product Reviews

Today we are going to review Everest EPS30 ABS This is a good stabilizer for your digital television, set top box and your home theater system, this model is a EPS30 ABS from Everest. On the box the you can find some photo of the stabilizer, that's how it suppose to look inside

You can find German technology and 12 months warranty period in the box. This contain a input power of 170 to 270 volts and output power of 200 to 240 volts good enough for your television, home theatre system and DVD's and this also got various other features like Sophisticated Solid State Circuitry Technology, User Friendly Display, Power Saving Technology, Noise Free and much more. The weight is 2000 grams you can feel it while handling it and this is not wall mountable actually a floor type

The price which i bought is for Rs.759 which is comparatively less when i compare to other brands and find the same product directly from Everest stabilizer with much more lesser price of Rs.687 its better to buy directly from manufacturer. And the reviews from snapdeal customer is 3.9 out of 5 and the reviews from flipkart customers is 3.6 out of 5. Most people are well satisfied with the price

The Everest EPS 30 Voltage Stabilizer is a great solution for home entertainment systems as it functions without any noise. The stabilizer also helps you save up to forty percent power by reducing unnecessary consumption. This means lower electricity bills.

Great design
The stabilizer is extremely compact, even with all the incredible features incorporated in it. The bright colour and superior ABS plastic body makes it easy to clean. The stabilizer can be placed on the floor or on a flat surface such as your TV cabinet. A helpful display on the stabilizer keeps you informed about the voltage supply to your home entertainment system. The entire unit weighs a total of two kilograms.

Compatible devices
The Everest EPS 30 Voltage Stabilizer works great with television sets and home entertainment systems including docking stations, home theatre systems and other speaker sets.

Sophisticated technology
Everest voltage stabilizers ensures that you only get the best from this stabilizer as it employs the state-of-the-art Solid State Circuitry technology that makes its more reliable and stable.

Power range
The stabilizer works on an input power between 170 Volts to 270 Volts and an output power between 200 Volts and 240 Volts. 

Voltage stabilizer are automatic voltage regulator which some people calling. This in fact AC voltage regulator some times it confused DC voltage stabilizer we are not talking about Dc voltage stabilizer. We are taking about AC voltage stabilizer.

Voltage 

I simplest form we have seen here some +246 input voltage applied here by passing on transformer were +15 volt applying we get subtraction of voltage and its process we get +230.

When we change the switch we get the same output volt of +229 but we applied the +216 and +13.6,here its added the volt and transformer functions takes addition on right site we get the output.

Now learn more detailed here.

Check the figure above its a simplest from of voltage stabilizer are voltage regulator.

Here we have small transformer its for generating DC. There was a small setup to form a DC voltage.

When we switch on the small setup remains same for all process. Now its applying voltage is low its remains the same volt of +229.

To learn more about basic function of voltage stabilizer click here.

About-voltage-stabilizer

Try to understand about AC Voltage Regulator

Voltage stabilizer are automatic voltage regulator which some people calling. This in fact AC voltage regulator some times it confused DC voltage stabilizer we are not talking about Dc voltage stabilizer. We are taking about AC voltage stabilizer.

Voltage 

I simplest form we have seen here some +246 input voltage applied here by passing on transformer were +15 volt applying we get subtraction of voltage and its process we get +230.

When we change the switch we get the same output volt of +229 but we applied the +216 and +13.6,here its added the volt and transformer functions takes addition on right site we get the output.

Now learn more detailed here.

Check the figure above its a simplest from of voltage stabilizer are voltage regulator.

Here we have small transformer its for generating DC. There was a small setup to form a DC voltage.

When we switch on the small setup remains same for all process. Now its applying voltage is low its remains the same volt of +229.

To learn more about basic function of voltage stabilizer click here.

Voltage Regulation:
The voltage regulation of transformer is the percentage of the output voltage from no-load to full-load.
Two basic categories of voltage regulation are:

• line regulation
• load regulation

Types of regulation

The purpose of line regulation is to maintain a nearly constant output voltage when the input voltage varies.

The purpose of load regulation is to maintain a nearly constant output voltage when the load varies.

Line Regulation: 

A change in input (line) voltage does not significantly affect the output voltage of a regulator (within certain limits)

Line Regulation

Line regulation can be defined as the percentage change in the output voltage for a given change in the input voltage.

Line regulation formula

Δ means “a change in”

Line regulation can be calculated using the following formula:

Line regulation work out formula

Load regulation:

A change in load current (due to a varying RL) has practically no effect on the output voltage of a regulator (within certain limits)

Load regulation

Load regulation can be defined as the percentage change in the output voltage from no-load (NL) to full-load (FL).

Load regulation %

Where:

VNL  = the no-load output voltage

VFL  = the full-load output voltage

Sometimes power supply manufacturers specify the equivalent output resistance (Rout) instead of its load regulation.

RFL equal the smallest-rated load resistance, then VFL:

Rearrange the equation:

Everything you do depends on your electric devices why don't you make sure it is safe and protective. You can manually save your electric devices from dust, sun rays, but what about electricity. Many electric devices you use are pretty sensitive like TV, Fridge, AC etc. They require a proper voltage for proper working, if it is unstable your device to get damaged. Just have one voltage stabilizer for your devices for a long lasting life

About-voltage-stabilizer

Learn more about voltage regulation types and functions

Voltage Regulation:
The voltage regulation of transformer is the percentage of the output voltage from no-load to full-load.
Two basic categories of voltage regulation are:

• line regulation
• load regulation

Types of regulation

The purpose of line regulation is to maintain a nearly constant output voltage when the input voltage varies.

The purpose of load regulation is to maintain a nearly constant output voltage when the load varies.

Line Regulation: 

A change in input (line) voltage does not significantly affect the output voltage of a regulator (within certain limits)

Line Regulation

Line regulation can be defined as the percentage change in the output voltage for a given change in the input voltage.

Line regulation formula

Δ means “a change in”

Line regulation can be calculated using the following formula:

Line regulation work out formula

Load regulation:

A change in load current (due to a varying RL) has practically no effect on the output voltage of a regulator (within certain limits)

Load regulation

Load regulation can be defined as the percentage change in the output voltage from no-load (NL) to full-load (FL).

Load regulation %

Where:

VNL  = the no-load output voltage

VFL  = the full-load output voltage

Sometimes power supply manufacturers specify the equivalent output resistance (Rout) instead of its load regulation.

RFL equal the smallest-rated load resistance, then VFL:

Rearrange the equation:

Everything you do depends on your electric devices why don't you make sure it is safe and protective. You can manually save your electric devices from dust, sun rays, but what about electricity. Many electric devices you use are pretty sensitive like TV, Fridge, AC etc. They require a proper voltage for proper working, if it is unstable your device to get damaged. Just have one voltage stabilizer for your devices for a long lasting life

Life is fast and advance these days. Everything you do depends on your electronics devices.

 

 

 

Now electronics home appliances devices is key to everything and its part of in your life. Then why did you sure that they remain safe and protected?

Yes, you need to safe your electronics devices from the power fluctuation. Electronics devices which you use are pretty sensitive, they required a proper voltage electricity to work properly. If the voltage is unstable your devices get damages.

 

 

 

Your home generally runs on normal voltage but in case of technical failed some time voltage been in instability, this sudden causes of voltage down falls, it will affect your sensitive electronics devices.
 

Once it happens regularly your electronic devices get damages soon. The results is your devices get more heats, LED television brakes out etc., etc.,

 

 

 So what you to do save your sensitive products?

Everest stabilizer is answer to solve all this problems. Everest voltage stabilizer is a safe guard which safe your all home appliances 24/7 against high voltage, low voltage, surges, frequency variations.

Shop More on : http://www.evereststabilizer.com/everestcart/

About-voltage-stabilizer

How to save your sensitive products?

Life is fast and advance these days. Everything you do depends on your electronics devices.

 

 

 

Now electronics home appliances devices is key to everything and its part of in your life. Then why did you sure that they remain safe and protected?

Yes, you need to safe your electronics devices from the power fluctuation. Electronics devices which you use are pretty sensitive, they required a proper voltage electricity to work properly. If the voltage is unstable your devices get damages.

 

 

 

Your home generally runs on normal voltage but in case of technical failed some time voltage been in instability, this sudden causes of voltage down falls, it will affect your sensitive electronics devices.
 

Once it happens regularly your electronic devices get damages soon. The results is your devices get more heats, LED television brakes out etc., etc.,

 

 

 So what you to do save your sensitive products?

Everest stabilizer is answer to solve all this problems. Everest voltage stabilizer is a safe guard which safe your all home appliances 24/7 against high voltage, low voltage, surges, frequency variations.

Shop More on : http://www.evereststabilizer.com/everestcart/

There are many types of power supply. Most are designed to convert high voltage AC mains electricity to a suitable low voltage supply for electronics circuits and other devices.

High Volt to Low volt

Batteries are often shown on a schematic diagram as the source of DC voltage but usually the actual DC voltage source is a power supply.

DC Voltage

A more reliable method of obtaining DC power is to transform, rectify, filter and regulate an AC line voltage.

Power signal of DC & AC

A power supply can by broken down into a series of blocks, each of which performs a particular function.

Block Diagram DC

Power supply: A group of circuits that convert the standard ac voltage (120 V, 60 Hz) provided by the wall outlet to constant dc voltage.

Transformer : A device that step up or step down the ac voltage provided by the wall outlet to a desired amplitude through the action of a magnetic field.

Flow Diagram 

Rectifier: A diode circuits that converts the ac input voltage to a pulsating dc voltage.

The pulsating dc voltage is only suitable to be used as a battery charger, but not good enough to be used as a dc power supply in a radio, stereo system, computer and so on.

There are two basic types of rectifier circuits:

• Half-wave rectifier
• Full-wave rectifier - Center-tapped & Bridge full-wave rectifier

In summary, a full-wave rectified signal has less ripple than a half-wave rectified signal and is thus better to apply to a filter.

Types of rectification

Filter: A circuit used to reduce the fluctuation in the rectified output voltage or ripple. This provides a steadier dc voltage.

Regulator: A circuit used to produces a constant dc output voltage by reducing the ripple to negligible amount. One part of power supply.

• Regulator - Zener diode regulator
• For low current power supplies - a simple voltage regulator can be made with a resistor and a zener diode connected in reverse.
• Zener diodes are rated by their breakdown voltage Vz and maximum power Pz (typically 400mW or 1.3W)

Zener diode

Everything you do depends on your electric devices why don't you make sure it is safe and protective. You can manually save your electric devices from dust, sun rays, but what about electricity. Many electric devices you use are pretty sensitive like TV, Fridge, Air Conditioner etc. They require a proper voltage for proper working, if it is unstable your device to get damaged. Just have one voltage stabilizer for your devices for a long lasting life.

About-voltage-stabilizer

How to design & convert electricity from high voltage to low voltage

There are many types of power supply. Most are designed to convert high voltage AC mains electricity to a suitable low voltage supply for electronics circuits and other devices.

High Volt to Low volt

Batteries are often shown on a schematic diagram as the source of DC voltage but usually the actual DC voltage source is a power supply.

DC Voltage

A more reliable method of obtaining DC power is to transform, rectify, filter and regulate an AC line voltage.

Power signal of DC & AC

A power supply can by broken down into a series of blocks, each of which performs a particular function.

Block Diagram DC

Power supply: A group of circuits that convert the standard ac voltage (120 V, 60 Hz) provided by the wall outlet to constant dc voltage.

Transformer : A device that step up or step down the ac voltage provided by the wall outlet to a desired amplitude through the action of a magnetic field.

Flow Diagram 

Rectifier: A diode circuits that converts the ac input voltage to a pulsating dc voltage.

The pulsating dc voltage is only suitable to be used as a battery charger, but not good enough to be used as a dc power supply in a radio, stereo system, computer and so on.

There are two basic types of rectifier circuits:

• Half-wave rectifier
• Full-wave rectifier - Center-tapped & Bridge full-wave rectifier

In summary, a full-wave rectified signal has less ripple than a half-wave rectified signal and is thus better to apply to a filter.

Types of rectification

Filter: A circuit used to reduce the fluctuation in the rectified output voltage or ripple. This provides a steadier dc voltage.

Regulator: A circuit used to produces a constant dc output voltage by reducing the ripple to negligible amount. One part of power supply.

• Regulator - Zener diode regulator
• For low current power supplies - a simple voltage regulator can be made with a resistor and a zener diode connected in reverse.
• Zener diodes are rated by their breakdown voltage Vz and maximum power Pz (typically 400mW or 1.3W)

Zener diode

Everything you do depends on your electric devices why don't you make sure it is safe and protective. You can manually save your electric devices from dust, sun rays, but what about electricity. Many electric devices you use are pretty sensitive like TV, Fridge, Air Conditioner etc. They require a proper voltage for proper working, if it is unstable your device to get damaged. Just have one voltage stabilizer for your devices for a long lasting life.

Lets try to understand the basic principle of the voltage stabilizer.

Voltage fluctuations cause temporary or permanent failure of the load. Stability means to get a constant voltage.

Here we are going to know about voltage addition and voltage subtraction.

Volt Addition

Voltage addition:

See the figure, here we have connected two batteries one is 6v and another one is 8v.

Voltage subtraction:

Volt Subtraction

See the figure , here we have two batteries which are connected reversible to each other.

This is the DC voltage stabilizer basic addition and subtraction.

Now lets compare the AC operations.

In AC operations, we use transformers, Transformers for voltage up and downs, we call it as step up and step down.

AC Stabilizer Operations

Here we have transformers with the ratio of 230 volt and 12 volt. While appealing volt to the 230 volts we get the ratio of 12 volts by the transformer.

Stabilizer transformer 

Now in this case, transformers remain same and voltage remains same, and now we applying 115 volts here we get the ratio of 115 by the transformers.

Half ratio Transformers

See here the above figure. The transformer remains same and the voltage remains same, and whatever voltage we give, we get the correct ratio of volts in output.

Now we can see, who to add voltages and subtract voltages in AC operations particularly in transformers.

AC Stabilizer Boost 

Here we have mentioned some + and – symbol of that figure, where we have connected to the + to – and – to +. Here every half cycle – work as positive and + work as -.

AC stabilizer High volt

When applied volt its transform the function of 230 volt added to 12 volts and we get 242 volts as output. Here the cycle function as the addition, transformers in AC boost functions.

A similarly for buck operations, we have redesigned the connections of AC transformers which re-connected fully opposite to the boost operations.

Hence, here + is connected to the + and – is connected to the -. So the voltage is definitely to be reduce.

AC stabilizer low volt

Once applied volt transformers has functioned and reduce the volt. Where applied 230 volt and 12 volt it's reduced and we get it out the output of 218 volts.  

Here we have learned some basic functions of how Everest AC stabilizers is working. Hence stabilizer is working in high voltage and low voltage of transformers to predict our some electronic devices.

While increases the voltage stabilizer are working as BUCK operations and make them to reduce volt, while we get a low voltage stabilizers are working as BOOST operations to give correct voltage flow. That's why we call it as voltage stabilizers.

Stabilizers which does not give the exact voltage to an electronic device, but stabilizers give a fairly voltages to our devices.

World class stabilizers quality based on how efficiently  protect your home appliances against any kind of high or low voltage. with all the best features Everest voltage stabilizer still ranks worlds no 1 stabilizer 

About-voltage-stabilizer

The basic principle of the voltage stabilizer

Lets try to understand the basic principle of the voltage stabilizer.

Voltage fluctuations cause temporary or permanent failure of the load. Stability means to get a constant voltage.

Here we are going to know about voltage addition and voltage subtraction.

Volt Addition

Voltage addition:

See the figure, here we have connected two batteries one is 6v and another one is 8v.

Voltage subtraction:

Volt Subtraction

See the figure , here we have two batteries which are connected reversible to each other.

This is the DC voltage stabilizer basic addition and subtraction.

Now lets compare the AC operations.

In AC operations, we use transformers, Transformers for voltage up and downs, we call it as step up and step down.

AC Stabilizer Operations

Here we have transformers with the ratio of 230 volt and 12 volt. While appealing volt to the 230 volts we get the ratio of 12 volts by the transformer.

Stabilizer transformer 

Now in this case, transformers remain same and voltage remains same, and now we applying 115 volts here we get the ratio of 115 by the transformers.

Half ratio Transformers

See here the above figure. The transformer remains same and the voltage remains same, and whatever voltage we give, we get the correct ratio of volts in output.

Now we can see, who to add voltages and subtract voltages in AC operations particularly in transformers.

AC Stabilizer Boost 

Here we have mentioned some + and – symbol of that figure, where we have connected to the + to – and – to +. Here every half cycle – work as positive and + work as -.

AC stabilizer High volt

When applied volt its transform the function of 230 volt added to 12 volts and we get 242 volts as output. Here the cycle function as the addition, transformers in AC boost functions.

A similarly for buck operations, we have redesigned the connections of AC transformers which re-connected fully opposite to the boost operations.

Hence, here + is connected to the + and – is connected to the -. So the voltage is definitely to be reduce.

AC stabilizer low volt

Once applied volt transformers has functioned and reduce the volt. Where applied 230 volt and 12 volt it's reduced and we get it out the output of 218 volts.  

Here we have learned some basic functions of how Everest AC stabilizers is working. Hence stabilizer is working in high voltage and low voltage of transformers to predict our some electronic devices.

While increases the voltage stabilizer are working as BUCK operations and make them to reduce volt, while we get a low voltage stabilizers are working as BOOST operations to give correct voltage flow. That's why we call it as voltage stabilizers.

Stabilizers which does not give the exact voltage to an electronic device, but stabilizers give a fairly voltages to our devices.

World class stabilizers quality based on how efficiently  protect your home appliances against any kind of high or low voltage. with all the best features Everest voltage stabilizer still ranks worlds no 1 stabilizer