LTC4352IMS#PBF - Dual Low Voltage Ideal Diode Controller

The LTC4352IMS#PBF is a high-performance dual low voltage ideal diode controller from Linear Technology, designed to replace power Schottky diodes with MOSFETs in high-efficiency power distribution systems. This product ensures seamless power sharing or switching between two low voltage power sources, making it an excellent choice for systems requiring redundancy or load sharing.

Key Features

• Wide Operating Voltage Range: The controller operates over a wide voltage range, typically from 9V to 80V, making it versatile for a variety of low voltage applications.
• Low Loss Replacement for Schottky Diodes: By using N-channel MOSFETs, the LTC4352IMS#PBF significantly reduces power dissipation compared to Schottky diodes, enhancing system efficiency.
• Automatic Control: The controller automatically switches between sources in the event of a power failure, without the need for external control.
• Reverse Input Protection: It protects against reverse currents, preventing damage to the system if a power source is accidentally reversed.
• Adjustable Turn-On Speed: The turn-on speed of the MOSFET is adjustable, allowing optimization for different applications and reduction of inrush currents.

Applications

• Redundant Power Supplies
• High Availability Systems
• ORing Power Inputs
• Load Sharing Power Supplies
• SSD/HDD Arrays
• Telecom and Datacom Systems

The LTC4352IMS#PBF is packaged in a compact 10-lead MSOP, which is RoHS compliant and suitable for space-constrained applications. Its robust design and advanced features make it an ideal choice for designers looking to enhance system reliability and efficiency in their power management designs.

Overall, the LTC4352IMS#PBF provides a sophisticated solution for managing dual power inputs, ensuring uninterrupted operation and extending the life of the power system components. Its ability to minimize power loss and protect against reverse currents makes it a critical component in any advanced power distribution or redundancy application.