LT8361HMSE#PBF

Series:	*
Packaging:	Tube
Part Status:	Active
Mounting Type:	Surface Mount
Package / Case:	16-TFSOP (0.118", 3.00mm Width) Exposed Pad, 12 Leads
Supplier Device Package:	16-MSOP-EP

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LT8361HMSE#PBF is an integrated synchronous switching regulator that incorporates advanced high-current MOSFETs and high-voltage regulators. It features high-precision current and voltage regulation, precise current limit, output over-current protection, over-voltage protection, and adjustable frequency. The versatile device is capable of operating in a variety of different circuit configurations, making it the ideal solution for a wide range of application fields.

Application Fields

LT8361HMSE#PBF can be applied for many purposes, such as DC-DC conversion, step-up converters, voltage-controlled voltage-sources and DC to AC conversion. Furthermore, it can be used as a peripheral device for battery-powered and stand-by applications due to its precise current regulation and output protection.The LT8361HMSE#PBF has had an especially beneficial application in industrial and automotive power systems, where it is used for bi-directional DC-DC conversion for battery-powered applications and the conversion of energy from solar and wind sources. The device is also ideal for automotive, industrial, medical and communication systems due to its adjustable frequency and current limit, efficient power conversion and over-voltage and over-current protection features.

Working Principle

The LT8361HMSE#PBF works on a cost-effective principle, which is based on buck, boost or buck-boost converter topologies. The device is designed to control either N-channel MOSFETs in a buck configuration, or P-channel MOSFETs in either a boost or an inverting buck-boost configuration. The LT8361HMSE#PBF also includes a high-pass filter, current limit circuitry, and over-voltage protection circuitry to make sure the device functions safely and correctly. The voltage detector is connected to one of the power MOSFETs and sets the turn-on/turn-off timing for the synchronous rectifier. A frequency-induced current limit sets how much current can pass through the inductor and through the power MOSFETs during normal operation. The device also includes fault-protection limits, where the maximum current in the output is set at a level indicated by the external resistor, and an output voltage ringing is also included to protect against output overvoltage. Overall, LT8361HMSE#PBF offers a cost-effective, high-efficiency and reliable solution to many applications with its precise current and voltage regulation, adjustable frequency, and efficient power conversion.

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