Amechi ojemba ominyi, nig.l,td

07/07/2021

We fix and sell all types of android phone here at a very good&affordable prices.

07/07/2021

24/05/2018

make your best choice here at amechiojembaominyi nig, l.t.d. Your choice is our concern.

24/05/2018

We are dellars in all types of
electronics&electrical appliance.
We also fix and repair phones,
laptop&generators. Just contact us through this number,08176969652. Thanks for your patronage.

30/04/2018

How to Reformat a
Laptop
If your computer has recently
been attacked by a virus and you
are still feeling the effects despite
getting rid of it, you may want to
reformat your laptop.
Reformatting your laptop
involves completely erasing the
hard drive and it is the surest and
most effective way to clean your
computer. The procedure to
reformat a laptop is rather simple
in today's world. The
manufacturer either provides the
owner with a copy of the
operating system (OS) or they
create a restoration partition on
the hard drive. Before beginning,
however, it is important that you
back up all of your information on
an external hard drive or CDs and
DVDs or else you will lose all of it
in the process.

06/10/2017

Final Words
A computer system is only as
strong as its weakest feature,
and many times that distinction
falls on the power supply and
related components. By choosing
a quality power supply, surge
protector, and possibly a UPS,
one can make sure that they
have exceptionally strong and
stable power to keep their
system running now, as well as
down the road when upgrades
may increase the demand on
their system.

06/10/2017

Uninterruptible Power Supplies
Many people familiar with
Uninterruptible Power Supplies
(UPS) know that they can keep a
computer up and running during
a total power failure, but do not
know what else they do. Most
UPSes will also provide
protection from voltage surges
and sags (when the voltage
drops below normal), as well as
protection from the possibility of
a shift in the electricity's
frequency.
UPSes come in two varieties,
standby and continuous,
although standby versions are
far more common and less
expensive. A standby UPS allows
the devices connected to it to run
from the normal electrical
connection until a loss of power
is detected, at which point it
quickly (in a matter of
milliseconds) switches to the
battery backup of the UPS. A
continuous UPS always has the
devices connected to it running
off of battery power, while the
batteries are recharged by the
normal electrical connection.
UPSes are sold in terms of their
capacity, in terms of VA (voltage
multiplied by amperage). This
implies that devices connected to
the UPS can draw a maximum of
so much amperage at a specific
voltage. A run time after a power
failure is also generally specified
for a UPS based on a full load
being placed on the device.
Selecting a UPS needs to be
based on the intended use … A
smaller unit, such as the Fenton
600VA, would be adequate for
powering a typical desktop
computer, monitor, and smaller
peripherals such as a printer and
lighting for what they rate as
15-23 minutes at full load. If
multiple systems need to be
powered, or there are plans for
future expansion that will add to
the power demands, a larger unit
such as the Tripp Lite 1500VA
may be more appropriate. The
first two units are intended to be
set in close proximity to the
devices to be powered,
sometimes on the floor behind a
desk, but if you are seeking to
add a UPS to a server, there are
also rackmount solutions such as
the Opti- UPS 1100VA.
No matter the application, sizing
a UPS may seem overwhelming.
One manufacturer, APC, has
created a handy UPS Selector
Application which will take some
of the guess work out of
choosing the right UPS for any
particular application.

06/10/2017

Surge Protectors
Surge protectors are intended to
protect your electronics from a
brief increase in voltage caused
by such things as lighting, rolling
blackouts, and heavy drawing
electrical equipment. A surge
protector reacts to divert the
extra electricity to ground, and
then protects your expensive
computer equipment from
damage. A surge is any increase
lasting three nanoseconds or
longer, so a surge protector
needs to react quickly. Most
surge protectors also include a
fuse (or breaker), and if the surge
is too great to be handled
without interference, the fuse
will blow. Although the fuse may
be destroyed, it's a small loss
compared to what it may have
saved.
Surge protectors come in all
shapes and styles. Some basic
models can even be found at
your local dollar store, but offer
no more than a few outlets
connected to a breaker. No
serious protection is obtained,
but many people just want more
outlets, not protection.
More serious surge protectors
will probably cost a bit more
than a dollar, but will offer some
peace of mind that your
equipment is actually being
protected. In addition to
protecting from electrical surges,
some devices include extra
features such as conditioning to
filter out line noise and ports to
protect other lines such as cable
television, telephone, and
networking.
The Fellowes Smart Surge Power
Strip protects up to 10 devices
from surges, as well as offering
line conditioning and ports to
protect your phone line. A highly
appealing feature of such a surge
protector is that 4 of the ports
are designed to accept bulky AC
adapters. For those with surge
protectors that were not
designed to be this user friendly,
there is still hope in the form of
Power Strip Saver Cables.
Basically just 7 inch long
extension cords, these items can
come in very handy when trying
to connect multiple AC adapters
to a more traditional surge
protector.

06/10/2017

The power coming into a
computer is the most critical
component, and it may be one of
the most overlooked. It is just
taken for granted that it will
always be there and working
properly. A top of the line
processor and ultra powerful
video card do nothing if a system
does not receive the ample,
stable power it claims. Having
quality components providing
and regulating the power
supplied to a computer is critical,
and this brief overview looks at a
few areas worth consideration.
Power Supplies
Computer power supplies take
the high (110V or 220V) DC
voltages from an electrical outlet
and convert it to the various
lower AC voltages required for a
system to operate. The typical
voltages required inside a
computer are 3.3V, 5V, and 12V,
where the 3.3V and 5V lines are
generally used to power circuitry,
and the 12V line provides power
to run items such as hard drives,
optical drives, and cooling fans .
Power supplies are sold in terms
of their total power output, in
terms of wattage. Choosing the
correct power supply means not
only finding one that will
provide enough power for all of
the components connected to
the system, but also one that is
the correct size physically, has
enough connections for typical
drives and fans, and if necessary,
that also has special connections
for things such as Serial ATA
drives and modern video cards.
Choosing a power supply with
enough power should not be
much of a problem, as having
more power than you need is
never a bad thing. Just because a
power supply is rated for 400W,
or maybe 600W, does not
aggravate that it is drawing that
at any given time. It just
indicates the total power
available to the various lines
inside the computer. For those
interested in getting a good idea
of ​​their minimum power
requirements, this Power
Wattage Calculator is a
convenient reference. In addition
to checking out the total
wattage of a power supply,
looking for strong amperage
ratings on the 3.3V, 5V, and 12V
lines is also recommended, as
power supplies with identical
total power ratings may
distribute the power to the
various lines in different
quantities.
Power supplies come in a few
different physical sizes, but the
most common are designed to fit
the standard ATX and micro ATX
(mATX) form factor cases. A
typical ATX power supply, such as
this Echo-Star 680W unit,
measures 3.25 "x 6" x 5.5 "and
features two cooling fans to not
only cool the power supply, but
to also help draw hot air out of
the computer. typical mATX
power supply, such as this A-
Power 320W unit, measures 2.5
"x 5" x 4 "and due to the smaller
size features just one cooling fan.
mATX cases are generally much
smaller than ATX cases, and
therefore have smaller power
supplies, generally lower power
ratings, and fewer connectors.
The connectors on a power
supply also deserve
consideration. Most power
supplies come with what looks
to be an electric octopus of wires
hanging off the back surface, and
you need to make sure that
somewhere in that tangled
bundle are all of the connectors
you need. The power supply
should at least have as many
connections as the number of
drives, cooling fans, and other
items found in the case. Up until
recently power supplies had a
fixed number of connections, and
if you needed more, you needed
to use splitters to distribute the
power to all the components.
Modular power supplies, such as
the Ultra X-Connect 500W unit,
are now available that eliminate
that "electric octopus" all
together, and allow the end user
to connect just the cables they
need. The flexibility of a modular
power supply design not only
lets you customize the
connections to your needs, it also
makes for a simple and tidy
installation, since there are no
extra wires dangling inside the
case.
The selection of a high quality
power supply may cost more
money up front, but down the
road it could wind up saving
money. Many manufacturers now
offer power supplies that
consume less energy thanks to
high quality internal
components, advanced designs,
and active power factor
correction. These units are now
able to provide the same power
to the components in a
computer, but due to increased
efficiency, draw less power from
the electrical outlet.