LP8727TMX-B/NOPB

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Applications:	MP3 Players, Portable Media Players
Interface:	Micro-USB
Voltage - Supply:	--
Package / Case:	25-WFBGA, DSBGA
Supplier Device Package:	25-DSBGA (2x2)
Mounting Type:	Surface Mount
Base Part Number:	LP8727

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Introduction
LP8727TMX-B/NOPB is a highly integrated multi-channel buck (step-down) switching regulator designed to support up to four output channels with a single power supply. It is a highly efficient, cost-effective solution catering to various applications ranging from consumer electronics to automotive applications. By leveraging the latest high performance design, it is able to provide multiple governed outputs at a low voltage. The switching frequency of LP8727TMX-B/NOPB is 400kHz, and its step-down switch enables it to achieve great efficiency and compatibility between high performance circuits and low voltage application fields. Application Field
LP8727TMX-B/NOPB can be applied in consumer electronics, automotive, sensors, medical and industrial equipment, as well as other markets. Its many features and capabilities can cater to multiple application fields. The following details some of its more common applications. Consumer Electronics Applications
LP8727TMX-B/NOPB is capable of supplying the power of a multi-channel buck with only one power supply, suitable for consumer electronics. It is capable of satisfying the most stringent power rail requirements of a broad range of consumer electronics products. This includes portable devices such as mobile phones, tablets, and laptops. It can also provide the low voltage power needed for chipsets in home entertainment products such as TV\'s, set-top boxes, and game consoles. Automotive Applications
LP8727TMX-B/NOPB is suitable for use in automotive applications such as driver assistance systems and infotainment systems. Its high efficiency and low noise makes it capable of handling the rigorous requirements of the automotive industry. This includes supplying power to onboard computer systems, displays, cameras, and audio systems. Sensors Applications
LP8727TMX-B/NOPB is suitable for use in applications that require both high-efficiency and low noise. This includes a wide range of low-power sensor applications such as environmental sensors, pressure sensors, and flow sensors. It can also be used in industrial sensing systems, such as security sensors and air quality monitors. Medical and Industrial Equipment Applications
LP8727TMX-B/NOPB can provide low power supply for medical equipment, such as portable patient monitoring equipment, medical imaging platforms, and other medical equipment. It can also be used in industrial equipment, such as programmable logic controllers, industrial robots, and process control systems. Working Principle
LP8727TMX-B/NOPB is based on a multi-channel buck regulator design. This type of regulator consists of a switching transistor, which controls the current supplied to the output load. The transistor is driven by the control circuit, which modulates the voltage of the output to match the target voltage according to the feedback from the load. This feedback is monitored in order to maintain the regulated voltage. This type of regulator is very efficient as it only draws current from the input when the switch is on, allowing for high efficiency and low ripple. Conclusion
LP8727TMX-B/NOPB is a highly integrated multi-channel buck (step-down) switching regulator designed to support up to four output channels with a single power supply. It is capable of supplying the power of a multi-channel buck with only one power supply, suitable for consumer electronics, automotive, sensors, medical and industrial equipment. Its high efficiency and low noise makes it capable of handling the rigorous requirements of the automotive industry. It is based on a multi-channel buck regulator design, which modulates the voltage of the output to match the target voltage according to the feedback from the load. This type of regulator is very efficient as it only draws current from the input when the switch is on, allowing for high efficiency and low ripple.

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