Posts Tagged ‘Five’
Troubleshooting Five Common Motherboard Problems
Posted by Parkzone Corsair in motherboard on August 9th, 2010
Problem 1 New CMOS (Complementary Metal Oxide Semiconductor) settings can not be saved.
It is often owing to the motherboard battery is under voltage; you need to change the battery. If the voltage is still too low, it may have two possibilities.
One, the motherboard circuit goes on the fritz, and you’d better take it to the pro.
Second, the problem is in the motherboard CMOS jumper, and sometimes you have cleaned CMOS by mistake or set it as using the external battery, so it can not save the new CMOS data.
Problem 2 Computer crashes or CD-ROM reading slows down after setting up motherboard drivers.
It usually happens in some inferior motherboards: when you finish installing your motherboard drivers and restart the machine, you can not enter the Windows 98 interface in the normal mode, furthermore, the drivers can not be unloaded. For this, you’d better find out the latest motherboard driver and install it, if still failed you have to reinstall your operating system.
Problem 3 Mouse is unavailable when installing or booting up your Windows system.
Its cause in software is generally the incorrect CMOS settings. In the Power Management of the CMOS, there is an item called modem use interrupt request, which is commonly default as 3, and you can change to choose one of other options except 3.
Problem 4 Computer crashes when setting the CMOS
The source of this tiresome ordeal usually hides in the CPU or the motherboard Cache, sometimes maybe the poor heat dissipation in the motherboard gives rise to such crashes. For the Cache problem, you can fix it by disabling the Cache in the CMOS, but certainly that would affect your Internet speed. If not the Cache problem, probably you have to replace your CPU or motherboard.
Problem 5 Motherboard COM port, Line Print Terminal port or Integrated Drive Electronics port doesn’t work properly.
This usually happens when you hot plug the relevant hardware, firstly you need to disable the COM port, the Line Print Terminal port (sometimes you even need to disable the Integrated Drive Electronics port) that built-in the motherboard, and then use a multifunction card instead.
Want to manage your hardware drivers easily and safely? Why not download a driver update tool to help you?
The author, Molly Smith, is an expert of device driver problems repair and PC optimization. Do visit http://www.driverchecker.com/ for more free and useful information.
Five Things You Need to Know About Control Panel Power Supplies
Posted by Parkzone Corsair in Power Supply on July 13th, 2010
If your business relies on modern, high-speed performance sensors and controllers, you will require a reliable DC power source. Traditional, linear power supplies that relied on transformers to convert to AC input into more manageable DC tend to be large and cumbersome and considerably less efficient than more modern systems. Modern control panel power supplies now come in the form of DIN rail mounted systems, which are far more suitable to the modern workplace.
Compact
DIN control panel power supplies are lightweight and efficient, enabling you to have your control panel power supplies mounted above ground height with very little loss of workspace. This also offers them a higher degree of protection from damage by impact or potential flooding than more traditional, floor mounted linear supplies. Because they are more compact, more units can be mounted on the same tracking, which comes in standard sizes allowing you to interchange units easily.
Efficient
Control panel power supplies are also known as switching power supplies. They convert a DC voltage into a lower, regulated voltage by storing the difference in a magnetic field. This makes them much more efficient, with over 80% efficiency compared to only 50% efficiency from linear power supplies. They also incorporate modern developments in power supply technology, including power factor correction, which limits the harmonic current on the input side of the power supply. This ‘cleans’ up the input current, reducing the peak current demand. As a result, control panel power supplies are much more efficient, saving you money in electricity bills, which for medium size businesses can constitute a considerable annual saving.
Legislation
All power supply units are covered by extensive safety legislation and the most modern control panel power supplies are now the safest on the market. By incorporating overvoltage protection, undervoltage protection and strict current leakage technology into units, they also protect equipment that draws its power supply from the unit by preventing power surges reaching the delicate workings of computers or CNC machinery, for example. The legislation imposed also ensures the safety of the end user in any environment and is an important factor to consider when making initial inquiries about installation.
Application
Control panel power supplies can be used in almost any business environment. They are particularly useful in workshop environments, where multiple machines may have to run off the same circuit but with each machine having its own particular needs and demands. They also work well in office environments, where computer networks can all be run from the same circuit, improving efficiency and reducing running costs. Control panel power supplies are best suited to small or medium sized business environments and are cheap enough to be considered even by start-up companies. Although buying a second-hand system from a web auction site may seem like a good idea and an easy way to save a few pounds, consider that with a second-hand unit you will receive no manufacturer’s guarantee or after-care service from the installation company. There is also the chance that it may not conform to current health and safety legislation.
The next step
If you think that a control panel power supply would be right for your business, you need to calculate your input voltage and frequency, the output voltage, the wattage or power in amperes and the peak loading of the output. Once you have these figures, you can then calculate the power of the DC power supply you will need. Think about how much space you have to mount the system and whether a compact unit will have the capability to cope with the number of outputs needed. Talk to a technical expert who has experience in installing control panel power supplies in commercial environments to help you make an informed choice and select the right power supply system for your business.
Control Panel Power Supplies with Meanwell Direct




