Output voltage 5V

5V output voltage – LDO stabilizers

There are several types of voltage stabilizers due to the technological solutions used. As a rule, stabilizers need a certain voltage higher at the input. It must be higher than the output voltage. The mentioned value, i.e. the minimum voltage drop, is, however, quite problematic. In practice, this reduces the operation of this type of system.

In order to solve the above problem, special LDO - Low Drop Out stabilizers were developed. These products have a very low voltage drop. Thanks to the use of a PNP transistor, the efficiency of the system is significantly improved because the value of the stabilized voltage will be closer to the value of the input voltage. A small voltage difference is the most characteristic feature of this type of device. The new generation LDO stabilizers are based on the MOSFET P architecture. The use of LDO type stabilizers is very common, first of all, in telecommunications and detection systems, as well as in the field of advanced signal processing (DSP, DDS). In this category, you will also find dedicated 5V Low Drop Out voltage stabilizers – check them out now!

Linear stabilizers – reliability and safety of use

Linear stabilizers work as a current source that is voltage controlled to impose the type of current that will flow through the electrical system. The structure is very stable, simple and devoid of external elements. In other words, linear stabilizers are responsible for providing a stabilized voltage to the power source receiver.

There are many advantages of linear stabilizers that quickly come to mind. Their simple and uncomplicated design deserves attention, which is very resistant and reliable even in the event of a short circuit, overheating or any overload. What's more, thanks to their simple structure, they do not require many external components. As a result, a stabilizer having an output voltage of the order of 5V is affordable.

All the above features make the linear stabilizers very easy and pleasant to use. However, if you have any problems, please contact our store. Currently, the use and production of linear stabilizers is slightly diminishing due to the popularization of Low Drop Out stabilizers. Nevertheless, they are still the most widely used devices, the most widely used. As for the disadvantages of the stabilizers, they include a power loss on the regulating element. The value of the loss depends on the load current and the voltage difference between the input and output of the stabilizer. Another disadvantage of this type of design is that they emit a relatively large amount of heat during use (some energy is wasted in this way).

When will linear stabilizers be the best choice and when 5V stabilizers will be needed?

Linear stabilizers are recommended especially when the powered device consumes low current. The slight difference between the input and output voltage is also very important. In addition, linear stabilizers are an ideal solution for use in sensitive systems such as analog systems, because the voltage they stabilize is only slightly distorted.

5V output voltage stabilizers - regardless of the type of device - are components used for systems supplying various power plants. They were used in the old type of desktop power supplies, they can be found in electric instruments and many different smaller devices.