DCM3623T36G13C2T00

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

DC-DC converters are widely used to efficiently convert the electrical energy from one form to another. Among different types of converters, the DCM3623T36G13C2T00 is a kind of non-isolated Step-down DC-DC converter commonly used for various industrial applications.

The DCM3623T36G13C2T00 is based on a Dual Channel Current Mode (synchronization) PFC controller committed to providing high efficiency, high reliability and low standby power. It works on a high voltage level with a wide range of output from inductors and capacitors. It features adjustable output voltage, wide temperature load range, active current regulation, soft start and load disconnect. Additionally, the DCM3623T36G13C2T00 includes an internal Overvoltage Protection (OVP) circuit, overcurrent limiting protection, current sharing on downstream MOSFETs, thermal shutdown and a current mirror.

DCM3623T36G13C2T00 is used for many different applications, such as computer and consumer electronics, audio systems, automotive, industrial and medical applications. It features a wide range of input voltage levels, from 36 to 48 volts, an output voltage range from 0.7 to 23 volts, and a peak output current of up to 13.2A.The converter\'s main features include high efficiency and power factor (up to 97%), low output noise (<100mV), low temperature derating, and low standby power.

DCM3623T36G13C2T00 is able to achieve up to 95% efficiency with minimal external components. The internal switch controller synchronizes currents on the two sides of the inductor and therefore regulates the output voltage when loads are changing or when output voltage reaches a certain threshold. This reduces the need for compensation and allows the use of small inductors to reduce both power dissipation and component count. It also compensates for the differences in voltage drop across the MOSFETs in order to provide a constant output voltage even at high temperatures or if there is a variation in VGS across the device.

The DCM3623T36G13C2T00 works by extracting energy from the input source through inductors and transferring it to the load through a MOSFET switch. During the on-time phase, the inductor current rises and energy is stored in the inductor, which is then coupled to the load through the MOSFET switch. Once the set off-time is elapsed, the inductor current begins to fall, and the drain-source voltage of the MOSFET switch increases gradually until the synchronous rectifier is opened. The stored energy is then sent to the load until the input current reaches zero. At this point, the cycle is complete, and the process begins again.

DCM3623T36G13C2T00 is suitable for a wide range of applications, including computing systems, industrial equipment, automotive and medical applications. It has a high efficiency and power factor, low output noise, low temperature derating and low standby power. It is also highly reliable, and the small component count makes it cost effective.

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