What is a Voltage Regulator
A voltage regulator is a product that adjusts the input voltage value to the desired output voltage values. The Turkish equivalent of the word Regulator means regulator. So these products regulate the voltage. However, these products can perform the mentioned operations within the scope of their own capacities. LM2596, LM317 etc. There are hundreds of voltage-regulating integrated circuits. Each integrated can operate in certain voltage ranges and up to certain amperage values. These values are written in the descriptions of the products we sell. Another important point is to choose the type of editor correctly. We will discuss the details of this in the following section.
Regulator Types
Regulator types; they vary depending on what is wanted to be done with the input voltage. The main varieties:
Voltage reducer (Step Down)
Voltage booster (Step Up - Booster)
Voltage Stabilizer
It is in the form of models with current adjustment.
Voltage amplifiers increase a certain input voltage above their own rating. For example, if we want to make the energy from a 12V DC source 24V DC, we need to use an amplifier. Unless otherwise stated, regulator modules are usually either step-up or step-down. Of course, there are also models that can do both operations at the same time. However, unless otherwise stated, these models usually only perform one operation if there is only one integrated on it. An amplifier will never output a voltage lower than the input voltage.
Voltage Regulator Selection
The main issue that we should pay attention to when choosing a product is what we want to do. Do we want to increase or decrease the voltage? Or do we want to keep it constant? Accordingly, we will have to make a choice.
The second thing to consider is the current limit. The current value of the device that we will connect to the output of the voltage regulator is important. This current value should not be more than the current value of the regulator we use. In this case, the regulator overheats and breaks down in a short time. In order to avoid this situation, it will be necessary to choose a higher current regulator.
What is a Voltage Regulator
A voltage regulator is a product that adjusts the input voltage value to the desired output voltage values. The Turkish equivalent of the word Regulator means regulator. So these products regulate the voltage. However, these products can perform the mentioned operations within the scope of their own capacities. LM2596, LM317 etc. There are hundreds of voltage-regulating integrated circuits. Each integrated can operate in certain voltage ranges and up to certain amperage values. These values are written in the descriptions of the products we sell. Another important point is to choose the type of editor correctly. We will discuss the details of this in the following section.
Regulator Types
Regulator types; they vary depending on what is wanted to be done with the input voltage. The main varieties:
Voltage reducer (Step Down)
Voltage booster (Step Up - Booster)
Voltage Stabilizer
It is in the form of models with current adjustment.
Voltage amplifiers increase a certain input voltage above their own rating. For example, if we want to make the energy from a 12V DC source 24V DC, we need to use an amplifier. Unless otherwise stated, regulator modules are usually either step-up or step-down. Of course, there are also models that can do both operations at the same time. However, unless otherwise stated, these models usually only perform one operation if there is only one integrated on it. An amplifier will never output a voltage lower than the input voltage.
Voltage Regulator Selection
The main issue that we should pay attention to when choosing a product is what we want to do. Do we want to increase or decrease the voltage? Or do we want to keep it constant? Accordingly, we will have to make a choice.
The second thing to consider is the current limit. The current value of the device that we will connect to the output of the voltage regulator is important. This current value should not be more than the current value of the regulator we use. In this case, the regulator overheats and breaks down in a short time. In order to avoid this situation, it will be necessary to choose a higher current regulator.
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