Brand new in original stock MSOP-8 LTC4359HMS8#TRPBF

Product Specification

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Product Details: LTC4359HMS8#TRPBF Ideal Diode Controller

Introduction: The LTC4359HMS8#TRPBF is an advanced ideal diode controller integrated circuit designed to address the challenges of power management in various applications. This versatile device offers robust and efficient power path control, ensuring seamless power supply switching and reducing voltage drops in critical systems.

Key Features:

1. Low Voltage Drop: The LTC4359HMS8#TRPBF minimizes voltage drop across the diode, ensuring that the load receives the maximum available voltage.

2. High Efficiency: This ideal diode controller improves power efficiency, reducing heat dissipation and energy consumption.

3. Wide Input Voltage Range: The device accommodates a broad range of input voltages, enhancing its adaptability for different power sources.

4. Reverse Current Blocking: It prevents reverse current flow, protecting the input source and ensuring load isolation.

5. Seamless Redundancy: Ideal for use in applications where power source redundancy and uninterrupted operation are crucial.

6. Compact Package: Available in an 8-lead MSOP package, the LTC4359HMS8#TRPBF offers easy integration into your PCB layout.

Specifications:

• Supply Voltage Range: 2.5V to 80V
• Forward Voltage Drop: 30mV (typical)
• **Reverse Current: Less than 1μA
• Operating Temperature Range: -40°C to 85°C

Applications:

1. Power Supply Redundancy: The LTC4359HMS8#TRPBF is invaluable in applications requiring power source redundancy, ensuring seamless switching between sources without voltage drops.

2. Battery-Powered Systems: It enhances the efficiency of battery-powered systems by minimizing power losses due to voltage drops.

3. Industrial Equipment: In industrial automation and control systems, this ideal diode controller contributes to reliable and efficient power management.

4. Telecommunications: Telecommunications equipment benefits from the LTC4359HMS8#TRPBF by maintaining power source integrity during supply changes.

5. Automotive Electronics: It can be used in various automotive systems to optimize power path control and ensure uninterrupted operation.

Benefits:

• Improved Efficiency: The LTC4359HMS8#TRPBF reduces voltage drops and power losses, improving the overall efficiency of your power management system.

• Wide Input Voltage Range: Its ability to handle a wide range of input voltages enhances its flexibility for different power sources and applications.

• Reverse Current Blocking: Protects the input source from reverse current flow, preventing potential damage.

• Seamless Redundancy: Ideal for applications where power source redundancy and uninterrupted operation are critical.

• Compact and Easy Integration: The 8-lead MSOP package offers a space-efficient solution for your PCB layout.

Pin Configuration: The LTC4359HMS8#TRPBF is available in an 8-lead MSOP package. The pin configuration is as follows:

1. RST
2. FB
3. ITH
4. V-
5. GATE
6. SOURCE
7. ILIM
8. V+

Typical Connections: To use the LTC4359HMS8#TRPBF in your circuit, connect the input source (SOURCE) to Pin 6 and the load (V+) to Pin 8. The GATE (Pin 5) connects to the gate of the external MOSFET. Other pins are used for configuration and control, such as setting the current limit and providing feedback.

Recommended Operating Conditions:

• Ensure that the supply voltage (V+) falls within the specified range of 2.5V to 80V for proper operation.
• The LTC4359HMS8#TRPBF is designed to operate effectively in a temperature range of -40°C to 85°C.

Conclusion: The LTC4359HMS8#TRPBF ideal diode controller is a vital component for power management systems, providing efficient power path control and source redundancy capabilities. Its low voltage drop, high efficiency, and wide input voltage range make it suitable for various applications, from battery-powered systems to industrial automation. By preventing reverse current flow and ensuring seamless switching between power sources, this device offers enhanced power reliability and reduced energy consumption.

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