2C13UM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

2C13UM is a micro-power stepup direct current voltage stabilizer, its output is a stable output voltage. It integrates a full-bridge rectifier, and a switching power supply. 2C13UM is widely used in various applications such as automotive, home appliances, IT, and communication industry. It is especially suitable for technologies where reliability and compact form factors are required.

The working principle of 2C13UM is based on simple circuit elements. It utilizes an analog input voltage from the DC power source, and produces a stable output voltage. The 2C13UM transformer is the heart of the voltage stabilizing system. When the current entering the DC source through the voltage stabilizing coils, the transformer transforms the incoming current to a higher voltage, increasing the voltage at the output. The size of the transformer used depends on the amount of current consumed during the switching process. The transformer is connected to the other components through its multiple sets of pins, such as the inductor, the bridge rectifier, and the voltage regulator.

The inductor is a wire which is wound into a coil and attached to the transformer. Its purpose is to absorb the electrical current and reduce the voltage output. It is connected in series to the DC power source and the transformer output, so that when the current is passed through it, it will reduce the output voltage by an amount proportional to its inductance.

The bridge rectifier is a closed electrical circuit which is used to convert alternating current to direct current. It is comprised of several semiconductor switches which open and close as the alternating current passes through them. This action converts the alternating current to direct current. It is connected directly to the DC power source and to the output of the transformer, so that the difference in voltage between the two can be measured.

The voltage regulator is an analog circuit which is used to regulate the output voltage. It is connected in between the transformer output and the voltage regulator, and it is used to control the output voltage. The voltage regulator senses the input voltage and adjusts the output voltage based on the feedback signal it receives.

The 2C13UM has the advantage that it is able to provide a stable output voltage even over a wide range of input voltage. This means that it can be used for all sorts of applications requiring a stable power output such as computing, telecommunications, and automotive industries. It is also more efficient than linear voltage regulators, and it has a smaller form factor compared to linear regulators, making it an excellent choice for applications where size and space are important considerations.

The specific data is subject to PDF, and the above content is for reference