stand by: battery powered circuit is used when AC input fails
inline device: battery powered circuit is used continually
Verified :"Inline & standby" . A+ test answer 19 June 2011.
stanby device(baterry-powered circuit is used when AC input fails), an inline device(battery-powered circuit is used continually). A line-interactive device combines features of the two above.
The switch on the back is the switch for the power supply only. The computer boots from the main power switch on the front. This particular method of switching was introduced with the ATX power supplies.
The 2 main types of timber are Softwoods and Hardwoods.
The 3 main types of organic compounds used in society are alkanes, alkenes and alkynes
The two main types of rocket engines are Solid fuel rocket engines and Liquid fuel rocket engines.
GLC
the two main types of uninterpretable power supplies are: universal and uncompliant
the true UPS (called the inline UPS) and the standby UPS.
DC and AC
stand-by device and a in-line device
1. Wind Power 2. Bum Power 3. Lover Power 4. Indian Power 5. Sexy Power
Dc Power Supplies converts AC to DC Two Main types 1)Linear : A simple circuit with diodes and capacitors 2)Switched Mode: sampling technique is used to convert AC to DC.
A UPS (Uninterruptible Power Supply) supplies a certain amount of power for a certain amount of time if the main electrical power is out. A surge protector does not. A UPS also serves to "even out" fluctuations in voltage, which are fairly common - most S/Ps do not do this. A S/P is there to protect against voltage SPIKES that might cause an overload, but they don't do a thing if the power goes out.
A UPS is an abbreviation for an "Uninterruptible Power Supply". The purpose of this device is to provide power when the main power source fails. UPS battery backups are used to provide power for computers, data centers and various other types of equipment. Typically the back-up is used with equipment that cannot have a disruption in the power supply, or equipment which may be damaged if there is a disruption in the power supply.
The name tells you - it supplies power to the device it is part of.
The name tells you - it supplies power to the device it is part of.
A UPS (Uninterruptible Power Supply) supplies a certain amount of power for a certain amount of time if the main electrical power is out. A surge protector does not. A UPS also serves to "even out" fluctuations in voltage, which are fairly common - most S/Ps do not do this. A S/P is there to protect against voltage SPIKES that might cause an overload, but they don't do a thing if the power goes out.
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