MPM6010GQV-P

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LED Drivers, or Light Emitting Diode Drivers, are electronic circuits used to control the current and voltage supplied to LED lights. The MPM6010GQV-P is one such LED Driver, designed to provide a rugged, low-power solution for lighting applications in industrial, consumer and automotive markets. This article will discuss the application field and working principle of the MPM6010GQV-P.

application field

The MPM6010GQV-P is designed to work with almost any type of LED driver and is suitable for use in street and commercial/consumer (CEL) lighting applications. It is able to supply a constant current over a wide range of input voltages, allowing it to be used for both constant current and constant voltage applications. With a minimum input voltage of 10V, the MPM6010GQV-P is able to operate from both AC and DC power sources and is capable of providing a precision output current up to 1-2mA.

The MPM6010GQV-P also offers an impressive efficiency, reaching up to 85% at all operating temperatures and loads. This makes it ideal for applications which require low-power operation and long product life. Its extended 10-year warranty ensures that the MPM6010GQV-P will retain its performance even in hostile environments and sustained operation.

Working Principle

The MPM6010GQV-P utilizes a constant current technique to control the output current to the LED lights. This is done by using a voltage reference, a current sensing resistor and a power MOSFET transistor in the circuit. The voltage reference is used to compare the output voltage to the nominal design level, thereby allowing the output current to be precisely regulated.

The current sensing resistor works in combination with the voltage reference to sense the load current. The load current is then fed back to the regulator, enabling it to adjust the output current in order to maintain a constant current. The power MOSFET transistor is then used to accurately turn on and off the power in the circuit, providing a stable and efficient output.

In addition to its constant current regulation, the MPM6010GQV-P can also be used in constant voltage applications. To do this, the voltage reference must be adjusted to the voltage level which is desired. This is done by either setting the adjustment resistor or providing an external reference voltage. Once the voltage reference is set, the control circuit ensures that the output voltage remains stable and constant.

Conclusion

The MPM6010GQV-P is an ideal LED Driver solution for street, commercial and consumer lighting applications due to its low-power operation, precision current regulation and extended 10-year warranty. It features a high efficiency of up to 85% at all operating temperatures and loads, making it a reliable choice for LED lighting applications. The MPM6010GQV-P utilizes a constant current technique to provide a precise and stable output, making it a reliable tool for controlling the current and voltage supplied to LED lights.

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