What is the Travel Surge protector?

Travel overvoltage Protector is an electronic device that is connected to a standard power source and provides power supply to another electrical device and monitors the power level of the supplied to these equipment. If the "overvoltage" or "spikes" voltage - that is, if the voltage exceeds the set quantity - although only for the smallest part of a second, the traveler protector either turns away or absorbs excess voltage. Most of the overvoltage pads are designed to be used in the home or office, and provide many stores to connect multiple equipment, including standard electric plugs, telephone connectors and USB connections. However, the travel surge protector is generally smaller and lighter. It can use a built -in swivel plug rather than a bulky power cord and usually provide fewer outlets of all kinds. Some travel surge protectors are designed exclusively for use in the United States and others are combined with converter units and can be used inCountries, where electrical standards, such as plug configuration, differ from American standards.

surge and Emdash protectors; also called "overvoltage of suppression" & Emdash; They are key protection devices for electronic devices such as computers and their peripheral devices, as well as other sensitive electronic devices because the voltage of temporary & Emdash; Technical term for tips and overvoltage and Emdash; It quickly overheats the internal wires and the connection of electronic devices, which will lead to costly or irreparable damage. Surge protectors are therefore designed to respond very quickly to tension spikes that last less than three nanoseconds (three billion seconds), and overvoltages that the last three nanoseconds or longer.

Travel overvoltage protectors are a useful travel accessories for those who intend to operate electronic devices in areas where they are in possessionŘo before the quality of forceupply or where there is a potential for outages, browouts or direct power outages. When the power supply is restored to normal levels after one of these events, the initial current flow is often many times normal. In addition, damage to electronic devices from voltage transitions caused by lightning strikes can be avoided by cautious use of the traveler protector.

When a temporary voltage occurs, the travel surge protector will generally work similarly to emergency pressure, which will divert the excess by creating a short circuit and sending excess current to the ground conductor, while maintaining the flow of current at the correct level to the device connected to protective protection. Another method used by some surge protectors is to temporarily store excess energy than to avert it to the ground conductor, thus the storage force gradually uses how the temporary voltage retreats. Some overvoltage protectors are also protected by fuses that will increase the power level even after the Oncevthat excessive energy.

Travel overvoltage protectors are evaluated by an independent organization for laboratories (UL). There are three power measurements with Certified Certified Certified Touring Certification. The first is the clamping voltage, the voltage level required on the pipeline before the surge protector asset. UL recognizes three levels of clamping voltage: 330 volts, 400 volts and 500 volts. The lower the clamping voltage, the greater the protection level.

Another measurement of travel surge protectors is the response time. Generally, the response time of one or two nanoseconds is advantageous. The final measurement of power is the absorption and scattering of energy; This means that the amount of energy that the surge protector can absorb or divert before it fails and must be replaced. The acceptable level for the traveler's protector is 200 - 400 joules, although a quality house or an increase in the office can be evaluated over 1000 joules. Because all overvoltage protectors failAfter a certain point, some are made with a light emitting diode (LED) that is activated when the surge protector can no longer be properly performed.

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