LTC1736IG#PBF

Series:	--
Packaging:	Tube
Part Status:	Active
Applications:	Converter, Intel Pentium® II, III
Voltage - Input:	3.5 V ~ 36 V
Number of Outputs:	1
Voltage - Output:	0.93 V ~ 2 V
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	24-SSOP (0.209", 5.30mm Width)
Supplier Device Package:	24-SSOP
Base Part Number:	LTC1736

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Introduction

The LTC1736IG#PBF is an integrated-gate P-channel MOSFET (IGBT) PMIC with a wide range of applications in high-power and high-voltage design. It is designed to regulate and control DC input voltages for a variety of electronic equipment, making it a reliable and integrated solution for many design challenges.

Application Fields

The LTC1736IG#PBF is used in a variety of applications that require an adjustable, low-voltage PMIC. These applications range from LED lighting controllers and LED backlighting to solar and industrial power supplies. It is also used in servo motor drives and general industrial automation. The device can be used to regulate and control DC input voltages in both industrial and consumer-level power supplies. In LED lighting and lighting control, the LTC1736IG#PBF is well-suited for PWM dimming, power limiting, and temperature-control applications. The device can be used to regulate and control DC input voltages in both industrial and consumer-level power supplies. The LTC1736IG#PBF is also used in a variety of industrial automation applications such as servo motor drives. The device is able to accurately regulate and control DC input voltages, making it suitable for motor speed control, motor current regulation, and direction control.

Working Principle

The LTC1736IG#PBF is an integrated-gate P-channel MOSFET PMIC, meaning it is able to combine several electronic components for use in high-power and high-voltage designs. The device is powered by a 5V input voltage and is composed of two MOSFETs and a gate driver, as well as a programming interface. The two MOSFETs, the LTC1736IG#PBF’s driver, and its programming interface interact with one another to create a voltage follower circuit. The driver is responsible for turning the MOSFETs on or off, while the programming interface is used to adjust the output voltage setpoint. The LTC1736IG#PBF uses a voltage-reference “VREF” signal to regulate the voltage at the output, setting the desired output voltage level. The voltage follower circuit is formed by connecting the gate of the first MOSFET (the one closest to the input) to the VREF signal and connecting the gate of the second MOSFET (the one closest to the output) to the output of the first MOSFET. This allows the output voltage to be controlled by adjusting the VREF signal.

Conclusion

The LTC1736IG#PBF is a valuable addition to the range of PMIC solutions available for high-power and high-voltage designs. It has wide-ranging applications in LED lighting controllers, LED backlighting, solar and industrial power supplies, servo motor drives, and industrial automation. It is an integrated-gate P-channel MOSFET PMIC, meaning it is able to combine several electronic components for use in such designs. The device is powered by a 5V input voltage and is composed of two MOSFETs and a gate driver as well as a programming interface. It uses a voltage-reference “VREF” signal to regulate the voltage at the output, setting the desired output voltage level.

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