MGJ6D241510LMC-R13 Datasheet/PDFDC DC Converters
DC-DC converters are electronic circuits used to convert DC voltage from one level to another. This could be from a lower voltage to a higher voltage, or vice versa. The most widely used types of DC-DC converters are linear (single step) and switching (multi-step) converters.
Switching DC-DC converters provide higher efficiency than linear converters, due to their ability to regulate the output voltage with an electronic switch, rather than a linear component. The MGJ6D241510LMC-R13 is an example of a switching DC-DC converter.
MGJ6D241510LMC-R13 Application Field and Working Principle
The MGJ6D241510LMC-R13 is a multi-output DC-DC converter that is used in applications where power is required from multiple outputs with different voltages. The device provides up to three independent output rails, ranging from 1.2V to 15V, with up to 200W of output power.
The MGJ6D241510LMC-R13 works by converting the input voltage into a higher voltage and then using a switch to regulate the voltage output. This process is known as switch-mode power conversion. The device utilizes a pulse-width-modulated (PWM) technique to control the output voltage. The PWM technique uses high-speed switching of the switch to control the output voltage.
The MGJ6D241510LMC-R13 has an advanced current sharing and load balancing system, allowing for a maximum output current of 10A per output. The device also has a wide input voltage range (9V to 36V) which allows for flexibility when selecting the input power source.
The MGJ6D241510LMC-R13 has many features that make it ideal for many applications. It has an integrated EMI filter, which limits conducted and radiated emissions, as well as an over-voltage protection circuit, which provides protection against voltage surges. Additionally, the device features an input circuit breaker that enables hot-swapping of power inputs, as well as a separate enable input pin, allowing for easy system control.
The MGJ6D241510LMC-R13 is an ideal choice for applications requiring multiple, independent, regulated output voltages from a single power input. This device is particularly well suited for applications in the data storage, industrial automation, telecom, and networking markets.