MGJ6D051505WMC-R13

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DC DC converters are power supply devices that are designed to step up or step down a certain voltage level being supplied from a particular source. They are broadly used in various industrial, commercial and residential applications. In this article, we will concentrate on the MGJ6D051505WMC-R13 power supply converter and its relevant application fields and working principles.

The MGJ6D051505WMC-R13 is a non-isolated single-output DC-DC buck converter. It offers an input voltage range of 4.75 V to 18 V and a nominal output voltage of 5 V for a maximum current of 3 A. The device provides high efficiency up to 95.1%, with a total power of 15 W. It not only has a wide range of input voltage, but also has the electric current mode control and ± 2% accurate output voltage.

MGJ6D051505WMC-R13 can be applied to a wide range of fields. For example, industrial fields such as telecommunication, communications, security and surveillance, factory automation, and other industrial applications. On the other hand, its output accuracy and adjustable output voltage also ensures its use in controlling low power LED lighting systems, such as LED daylight running lights and signal lightings, etc. Moreover, it can also be used in switching mode power supplies, LCD monitor power adapters, household appliances and embedded system circuits.

MGJ6D051505WMC-R13 adopts synchronous rectification technology, which achieves both the high conversion efficiency and the output voltage accuracy. The synchronous rectifier topology moves the main conduction losses from the low side MOSFET to the high side MOSFET. It results in increased efficiency and improved thermal behavior. Additionally, the integrated adaptive loop ensures the output voltage accuracy.

The magnetic core of the power supply converter is made of 4A ferrite material, which provides good EMI suppression and magnetic saturation characteristics. The internal high side MOSFET and the low side MOSFET are together placed in the same package to reduce the equivalent series resistance. Furthermore, the inductor on-time and the output current are sensed directly for the robust current mode control.

MGJ6D051505WMC-R13 also offers protection from over-voltage and over-temperature situations. Its input power limitations are adjustable – by adjusting the resistor connected to the special OVP pin. Besides, the current limitation utilizes an internally compensated current sensing technique which generates an accurate current reference.

In short, MGJ6D051505WMC-R13 is a power converter device which offers superior performance – from wide range of input voltage, low unit cost, wide adjustment range, high efficiency, high accuracy and various protection features – in a variety of application fields. It’s no wonder that the device is quite popular in the industry.

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